RESISTÊNCIA DOS MATERIAIS - Atividade 3-Ensaio de Compressão e Torção

Prévia do material em texto

LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
 AVALIAÇÃO DOS RESULTADOS 
COMPRESSÃO
1. Crie uma tabela semelhante à apresentada abaixo para cada um dos materiais. Anote os valores da
carga e alongamento sofrido pelo corpo, para intervalos de 5kgf/cm². Note que a carga é dada pelo
manômetro em kgf/cm² e a unidade requerida para a análise dos dados é MPa. Converta os valores
obtidos no experimento utilizando a relação abaixo. 
1kgf/cm² = 0.098067Mpa 
Ensaio de Compressão 
CP 01 – Nylon CP 02 – Teflon CP 03 – Poliacetal 
Carga 
(kgf/cm²)
Carga 
(MPa) 
Alongamento 
(mm) 
Carga 
(kgf/cm²)
Carga 
(MPa) 
Alongamento 
(mm) 
Carga 
(kgf/cm²)
Carga 
(MPa) 
Alongamento 
(mm) 
5 0,49 4,95 5 0,48 4,48 5 0,49 4,99 
10 0,98 4,98 10 0,99 4,89 10 0,98 4,99 
15 1,48 4,92 15 1,47 4,07 15 1,48 4,97
20 1,96 4,88 20 1,95 3,45 20 1,96 4,95 
25 2,45 4,84 25 2,45 2,80 25 2,46 4,94
30 2,94 4,78 30 2,93 2,16 30 2,94 4,93 
35 3,43 4,70 35 3,43 1,98 35 3,43 4,88 
40 3,93 4,62 40 3,92 0,31 40 3,93 4,87 
45 4,41 4,53 45 4,41 9,73 45 4,41 4,83 
50 4,90 4,33 50 4,91 9,10 50 4,90 4,77 
55 5,39 4,20 55 5,39 8,41 55 5,39 4,77 
60 5,88 3,97 60 5,88 8,99 60 5,88 4,73 
65 6,35 3,76 - - - 65 6,37 4,70 
70 6,86 3,42 - - - 70 6,86 4,65 
75 7,36 2,08 - - - 75 7,36 4,56 
80 7,85 0,18 - - - 80 7,85 4,52 
85 8,35 8,24 - - - 85 8,34 4,44 
90 8,83 8,63 - - - 90 8,83 4,34 
95 9,34 8,10 - - - 95 9,32 4,20 
- - - - - - 100 9,81 4,10 
- - - - - - 105 10,30 3,96 
- - - - - - 110 10,80 3,82
- - - - - - 115 11,28 3,61 
- - - - - - 120 11,77 3,04 
- - - - - - 125 12,26 2,81 
- - - - - - 130 12,75 2,48 
- - - - - - 135 13,24 2,20 
- - - - - - 140 13,74 1,68 
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
2. Utilizando os dados das tabelas criadas, construa o gráfico “Tensão(MPa) x Deformação”
para o material ensaiado. 
 
 
 
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
3. Com base nos gráficos construídos, realize os cálculos do módulo de elasticidade e tensão de
compressão para os materiais ensaiados. 
 
 
A Módulo de Elasticidade (GPa) Tensão de Escoamento (Mpa) 
Nylon 1927,55 83,00 
Teflon 1626,28 38,00 
Poliacetal 7657,44 146,00 
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
AVALIAÇÃO DOS RESULTADOS 
TORÇÃO
1. Crie uma tabela semelhante à apresentada abaixo para cada um dos materiais. Anote os valores do
momento para cada variação de ângulo apresentada pelos corpos de prova.
Ensaio de torção – Aço Carbono 
CP 01 CP 02 CP 03
Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm)
0,033 2,671 0,035 2,660 0,034 2,669
0,168 7,576 0,170 7,578 0,168 7,576
0,300 7,950 0,302 7,953 0,300 7,950
0,433 8,092 0,433 8,092 0,433 8,092
0,567 8,062 0,567 8,062 0,567 8,062
0,600 8,061 0,600 8,061 0,600 8,061
0,632 8,062 0,633 8,065 0,632 8,062
0,767 8,141 0,767 8,141 0,767 8,141
0,902 8,183 0,902 8,183 0,902 8,183
1,032 8,256 1,032 8,256 1,032 8,256
1,152 8,470 1,152 8,470 1,152 8,470
1,283 8,769 1,283 8,769 1,283 8,769
1,417 8,982 1,417 8,982 1,417 8,982
1,551 9,256 1,551 9,256 1,551 9,256
1,717 9,492 1,717 9,492 1,717 9,492
1,883 9,758 1,883 9,758 1,883 9,758
2,051 10,020 2,055 10,023 2,051 10,020
2,218 10,333 2,218 10,333 2,218 10,333
2,367 10,710 2,367 10,710 2,367 10,710
2,533 11,001 2,538 11,005 2,533 11,001
2,699 11,237 2,699 11,237 2,699 11,237
2,833 11,417 2,835 11,420 2,833 11,417
3,015 11,647 3,015 11,647 3,015 11,647
3,216 11,868 3,220 11,870 3,216 11,868
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
3,382 12,025 3,382 12,025 3,382 12,025
3,598 12,162 3,598 12,162 3,598 12,162
3,866 12,418 3,866 12,418 3,866 12,418
4,117 12,619 4,117 12,619 4,117 12,619
4,367 12,865 4,367 12,866 4,367 12,866
4,600 13,015 4,600 13,015 4,600 13,015
4,866 13,219 4,868 13,221 4,866 13,219
5,050 13,345 5,055 13,348 5,050 13,345
5,432 13,614 5,432 13,614 5,432 13,614
5,682 13,776 5,682 13,776 5,682 13,776
5,965 13,928 5,965 13,928 5,965 13,928
6,133 14,050 6,133 14,050 6,133 14,050
6,448 14,181 6,448 14,181 6,448 14,181
6,599 14,239 6,599 14,239 6,599 14,239
6,766 14,321 6,766 14,321 6,766 14,321
6,982 14,441 6,982 14,441 6,982 14,441
7,232 14,530 7,232 14,530 7,232 14,530
7,382 14,592 7,382 14,592 7,382 14,592
7,600 14,686 7,600 14,686 7,600 14,686
7,815 14,770 7,815 14,770 7,815 14,770
8,052 14,870 8,052 14,870 8,052 14,870
8,598 15,084 8,598 15,084 8,598 15,084
8,815 15,141 8,815 15,141 8,815 15,141
8,915 15,170 8,915 15,170 8,915 15,170
9,150 15,294 9,153 15,297 9,150 15,294
9,364 15,357 9,364 15,357 9,364 15,357
9,532 15,406 9,532 15,406 9,532 15,406
9,832 15,494 9,832 15,494 9,832 15,494
10,048 15,556 10,048 15,556 10,048 15,556
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
11,099 15,856 11,102 15,859 11,112 15,859
13,082 16,368 13,082 16,368 13,082 16,368
13,464 16,483 13,464 16,483 13,464 16,483
13,863 16,534 13,863 16,534 13,863 16,534
13,932 16,555 13,932 16,555 13,932 16,555
14,112 16,596 14,112 16,596 14,112 16,596
14,182 16,596 14,182 16,596 14,182 16,596
14,247 16,595 14,247 16,595 14,247 16,595
14,314 16,603 14,314 16,603 14,315 16,604
14,697 16,659 14,697 16,659 14,697 16,659
14,815 16,703 14,815 16,703 14,815 16,703
14,897 16,737 14,897 16,738 14,897 16,737
15,264 16,778 15,264 16,778 15,264 16,778
15,547 16,882 15,547 16,882 15,547 16,882
15,646 16,880 15,646 16,880 15,646 16,880
15,680 16,882 15,680 16,882 15,680 16,882
15,714 16,880 15,716 16,880 15,714 16,880
15,747 16,885 15,747 16,889 15,747 16,885
15,780 16,885 15,780 16,885 15,780 16,885
16,247 16,995 16,247 16,995 16,247 16,995
16,280 16,994 16,280 16,994 16,280 16,994
13,314 16,994 13,314 16,994 13,314 16,994
16,347 16,994 16,348 16,998 16,347 16,994
16,381 16,995 16,382 16,999 16,381 16,996
16,747 17,108 16,747 17,108 16,747 17,108
16,814 17,109 16,814 17,109 16,814 17,109
16,847 17,109 16,849 17,109 16,847 17,109
16,914 17,109 16,915 17,110 16,914 17,109
16,947 17,108 16,947 17,110 16,947 17,108
16,980 17,110 16,980 17,110 16,980 17,110
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
17,180 17,165 17,180 17,165 17,180 17,165
17,297 17,164 17,297 17,164 17,297 17,164
17,347 17,165 17,347 17,165 17,347 17,165
17,414 17,181 17,414 17,181 17,415 17,182
17,497 17,213 17,497 17,213 17,497 17,213
17,831 17,279 17,831 17,279 17,831 17,279
17,863 17,280 17,863 17,280 17,869 17,282
17,897 17,280 17,897 17,280 17,897 17,280
18,196 17,336 18,196 17,336 18,196 17,334
18,262 17,336 18,262 17,336 18,262 17,337
18,379 17,337 18,379 17,337 18,379 17,337
18,479 17,349 18,479 17,349 18,479 17,349
18,529 17,392 18,529 17,392 18,529 17,392
18,746 17,393 18,746 17,393 18,746 17,393
18,796 17,392 18,796 17,392 18,796 17,392
18,862 17,404 18,862 17,404 18,862 17,404
19,130 14,451 19,130 14,451 19,130 14,451
19,163 17,450 19,163 17,450 19,163 17,450
19,229 17,452 19,229 17,452 19,229 17,452
19,463 17,465 19,463 17,465 19,463 17,453
19,496 17,454 19,496 17,454 19,496 17,454
19,629 17,490 19,629 17,490 19,629 17,490
19,896 17,563 19,896 17,563 19,896 17,563
19,996 17,565 19,996 17,565 19,996 17,565
20,290 17,620 20,290 17,620 20,290 17,620
20,329 17,621 20,329 17,621 20,329 17,621
20,479 17,620 20,479 17,620 20,479 17,620
20,546 17,642 20,546 17,642 20,546 17,642
20,746 17,677 20,746 17,677 20,746 17,677
20,796 17,678 20,796 17,678 20,796 17,678
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
20,846 17,677 20,846 17,677 20,846 17,677
20,946 17,667 20,946 17,667 20,946 17,667
21,046 17,699 21,046 17,699 21,046 17,700
21,245 17,734 21,245 17,734 21,245 17,734
21,430 17,746 21,430 17,746 21,430 17,746
21,496 17,790 21,496 17,790 21,496 17,790
21,579 17,791 21,579 17,791 21,579 17,791
21,629 17,792 21,629 17,792 21,629 17,792
21,696 17,791 21,696 17,791 21,696 17,791
21,862 17,793 21,862 17,793 21,862 17,794
22,046 17,848 22,046 17,848 22,046 17,848
22,096 17,,848 22,096 17,,848 22,097 17,,848
22,17917,853 22,179 17,853 22,179 17,853
22,446 17,905 22,446 17,905 22,446 17,905
22,679 17,963 22,679 17,963 22,679 17,963
22,815 17,961 22,815 17,961 22,815 17,961
22,945 17,981 22,945 17,981 22,945 17,981
23,062 18,020 23,062 18,020 23,062 18,020
23,128 18,019 23,128 18,019 23,128 18,019
23,378 18,020 23,378 18,020 23,378 18,021
23,545 18,075 23,545 18,075 23,545 18,075
23,695 18,074 23,695 18,074 23,695 18,074
23,812 18,101 23,812 18,101 23,812 18,101
24,195 18,133 24,195 18,133 24,195 18,133
24,695 18,175 24,695 18,175 24,695 18,175
25,029 18,198 25,029 18,198 25,02 18,198
25,327 18,246 25,327 18,246 25,327 18,246
25,445 18,246 25,445 18,246 25,445 18,246
25,511 18,248 25,511 18,248 25,511 18,248
26,178 18,360 26,178 18,360 26,178 18,360
LABORATÓRIO DE ESTRUTURAS 
ENSAIOS DE COMPRESSÃO E TORÇÃO
29,213 18,645 29,213 18,645 29,213 18,646
31,994 18,930 31,994 18,930 31,994 18,930
32,961 18,987 32,961 18,987 32,961 18,987
34,180 19,437 34,178 19,434 34,183 19,441
Ensaio de torção – Ferro Fundido
CP 01 CP 02 CP 03
Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm)
0,033 2,79 0,034 2,795 0,032 2,791
0,151 11,985 0,151 11,985 0,151 11,985
0,283 13,218 0,283 13,218 0,284 13,219
0,450 13,753 0,450 13,753 0,450 13,753
0,616 13,946 0,616 13,946 0,616 13,946
0,700 14,038 0,700 14,038 0,702 14,039
0,933 14,951 0,935 14,952 0,93 14,952
1,201 15,338 1,201 15,338 1,201 15,338
1,433 15,706 1,433 15,706 1,433 15,706
1,607 15,909 1,607 15,909 1,605 15,906
1,866 16,462 1,866 16,462 1,866 16,462
2,066 16,565 2,066 16,565 2,066 16,565
2,405 17,264 2,405 17,264 2,405 17,264
2,684 17,544 2,684 17,544 2,684 17,544
2,966 17,300 2,966 17,300 2,966 17,300
3,282 17,880 3,283 17,884 3,283 17,884
3,515 18,206 3,515 18,206 3,515 18,206
3,833 18,510 3,833 18,510 3,833 18,510
4,165 18,910 4,165 18,910 4,165 18,910
1,483 19,116 1,483 19,116 1,483 19,116
4,765 19,256 4,765 19,256 4,765 19,256
4,800 19,270 4,799 19,268 4,800 19,270
Ensaio de torção – Latão
CP 01 CP 02 CP 03
Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm)
0,033 0,766 0,034 2,129 0,034 0,202
0,067 1,663 0,184 6,728 0,35 0,912
0,100 2,650 0,317 7,388 0,633 1,522
0,133 3,684 0,434 7,709 0,967 1,779
0,167 4,723 0,567 7,740 1,234 1,946
0,200 5,726 0,700 8,168 1,567 2,151
0,233 6,650 0,817 8,372 1,85 2,29
0,267 7,507 0,950 8,497 2,116 2,495 
0,300 8,422 1,083 8,597 2,433 2,642
0,334 9,263 1,217 8,680 2,716 2,777
0,367 9,866 1,333 8,754 3,049 2,955
0,400 0,401 1,467 8,839 3,383 3,153
0,433 10,299 1,583 8,917 3,683 3,275 
0,467 0,467 1,717 9,012 4,033 3,39 
0,500 10,531 1,833 9,089 4,332 3,489
0,533 0,533 1,967 9,161 4,666 3,596
0,567 10,680 2,099 9,163 4,983 3,771
0,600 10,735 2,232 9,338 5,049 3,771
0,633 10,78 2,366 9,382 5,082 3,771
0,666 10,821 2,499 9,463 5,116 3,771 
0,700 10,864 2,633 9,527 5,149 3,771 
0,733 10,913 2,766 9,564 5,216 3,773
0,767 10,969 2,899 9,641 5,582 3,9 
0,800 11,026 3,032 9,738 5,949 4,019 
0,833 11,080 3,166 9,812 6,265 4,167 
0,866 11,126 3,299 9,847 6,598 4,233 
0,900 11,165 3,433 9,926 6,931 4,3
0,933 11,201 3,566 10,018 7,298 4,415 
0,967 11,234 3,699 10,093 7,632 4,511
1,000 11,265 3,833 10,136 7,832 4,511
1,033 11,294 3,949 10,175 7,865 4,511
1,067 11,326 4,083 10,219 7,898 4,511
1,100 11,359 4,216 10,263 7,931 4,505
1,133 11,386 4,349 10,308 7,965 4,491
1,167 11,403 4,466 10,347 7,998 4,474 
1,200 11,406 4,599 10,389 8,032 4,46 
1,233 11,406 4,733 10,432 8,065 4,454 
1,366 11,552 4,833 10,464 8,098 4,478
1,400 11,603 4,966 10,507 8,431 4,757 
1,433 11,631 5,099 10,597 11,564 5,309
1,467 11,652 5,199 10,652 12,247 5,423
1,500 11,671 5,233 10,652 12,581 5,423 
1,533 11,691 5,266 10,652 12,714 5,455
1,567 11,714 5,299 10,652 12,964 5,479
1,600 11,737 5,333 10,652 13,147 5,536
1,633 11,759 5,399 10,652 13,247 5,536
1,683 11,793 5,532 10,693 13,281 5,536
1,717 11,816 5,666 10,742 13,597 5,593 
1,750 11,837 5,799 10,786 13,63 5,593 
1,783 11,859 5,933 10,826 13,664 5,593 
1,817 11,881 6,066 10,866 13,697 5,593 
1,850 11,903 6,215 10,937 13,731 5,593 
1,883 11,928 6,381 11,018 13,897 5,593
1,917 11,955 6,515 11,063 14,114 5,650
1,950 11,984 6,648 11,089 14,214 5,650
1,983 12,015 6,781 11,113 14,297 5,650
2,016 12,045 6,915 11,141 14,546 5,707
2,049 12,073 7,048 11,167 14,646 5,707
2,082 12,098 7,182 11,193 14,946 5,764
2,116 12,121 7,315 11,222 14,996 5,764 
2,149 12,144 7,448 11,275 15,096 5,764
2,149 12,144 7,582 11,333 15,163 5,764
2,182 12,166 7,715 11,374 16,146 5,878
2,216 12,186 7,848 11,396 16,213 5,878
2,249 12,207 7,881 11,396 16,279 5,878 
 2,282 12,226 7,915 11,396 16,313 5,878
2,315 12,245 7,948 11,396 16,6295,935
2,349 12,264 7,982 11,396 16,68 5,935
 2,382 12,283 8,015 11,396 16,779 5,935 
2,416 12,301 8,115 11,394 16,913 5,935 
2,449 12,319 8,248 11,341 17,096 5,935 
2,482 12,336 8,381 11,578 17,346 5,992
 2,515 12,354 8,515 11,621 17,496 5,992
2,549 12,371 8,648 11,646 17,613 5,992
 2,582 12,387 8,782 11,663 17,73 6,009 
2,616 12,403 8,915 11,678 17,963 6,049 
2,649 12,42 9,048 11,696 18,129 6,049
2,682 12,435 9,182 11,713 18,23 6,049
2,716 12,451 9,315 11,732 18,379 6,049 
2,749 12,466 9,448 11,755 18,495 6,049
 2,782 12,482 9,581 11,782 18,612 6,049
2,815 12,497 9,715 11,810 18,628 6,049
2,849 12,512 9,848 11,838 - -
 2,882 12,528 9,982 11,862 - -
 2,916 12,543 10,115 11,878 - -
 2,949 12,559 10,231 11,901 - -
2,982 12,575 10,364 11,923 - -
3,015 12,591 10,531 11,958 - -
3,049 12,606 10,697 11,969 - -
3,082 12,622 10,731 11,969 - -
3,116 12,638 10,831 11,969 - -
3,149 12,654 10,997 12,049 - -
3,182 12,669 11,097 12,083 - -
 3,216 12,685 11,164 12,083 - -
 3,249 12,702 11,197 12,083 - -
 3,282 12,715 11,231 12,083 - -
 3,315 12,731 11,264 12,085 - -
3,349 12,746 11,431 12,140 - -
 3,382 12,761 11,564 12,140 - -
3,416 12,775 11,697 12,186 - -
 3,449 12,789 11,830 12,198 - -
3,482 12,804 11,880 12,198 - -
3,515 12,817 11,914 12,198 - -
 3,549 12,831 11,947 12,203 - -
 3,582 12,844 12,081 12,254 - -
3,616 12,858 12,181 12,255 - -
 3,649 12,871 12,247 12,255 - -
 3,682 12,884 12,314 12,263 - -
 3,716 12,898 12,447 12,312 - -
3,749 12,911 12,481 12,312 - -
3,782 12,924 12,514 12,312 - -
3,815 12,938 12,547 12,312 - -
 3,849 12,952 12,580 12,312 - -
3,882 12,966 12,614 12,312 - -
3,916 12,980 12,647 12,312 - -
3,949 12,995 12,714 12,312 - -
3,982 13,012 12,814 12,312 - -
4,016 13,025 12,947 12,359 - -
4,049 13,041 13,080 12,369 - -
4,082 13,056 13,147 12,369 - -
4,116 13,07 13,281 12,406 - -
 4,149 13,085 13,414 12,427 - -
 4,182 13,099 13,481 12,427 - -
 4,216 13,112 13,547 12,427 - -
4,249 13,124 13,714 12,481 - -
4,282 13,136 13,797 12,484 - -
 4,315 13,146 13,83 12,484 - -
4,349 13,156 13,864 12,484 - -
4,382 13,166 13,897 12,484 - -
4,415 13,175 13,931 12,484 - -
4,449 13,184 13,964 12,484 - -
4,482 13,193 13,997 12,484 - -
 4,516 13,202 14,031 12,484 - -
4,549 13,212 14,064 12,484 - -
4,582 13,222 14,097 12,484 - -
4,616 13,234 14,13 12,484 - -
4,649 13,247 14,164 12,489 - -
 4,682 13,261 14,297 12,539 - -
 4,716 13,278 14,430 12,541 - -
 4,749 13,295 14,463 12,541 - -
 4,782 13,313 14,496 12,541 - -
4,815 13,331 14,530 12,541 - -
 4,849 13,349 14,563 12,541 - -
 4,882 13,365 14,596 12,541 - -
 4,915 13,381 14,629 12,582 - -
4,982 13,412 14,763 12,598 - -
5,016 13,428 14,796 12,598 - -
5,049 13,443 14,930 12,608 - -
 5,082 13,458 15,163 12,656 - -
 5,116 13,472 15,230 12,656 - -
5,149 13,487 15,296 12,656 - -
4,182 13,099 15,363 12,656 - -
4,216 13,112 15,430 12,658 - -
 4,249 13,124 15,563 12,708 - -
4,282 13,136 15,629 12,713 - -
 4,315 13,146 15,663 12,713 - -
4,349 13,156 15,696 12,713 - -
4,382 13,166 15,730 12,713 - -
4,415 13,175 15,763 12,713 - -
4,449 13,184 15,796 12,713 - -
 4,482 13,193 15,829 12,713 - -
 4,516 13,202 15,86312,713 - -
4,549 13,212 15,896 12,713 - -
4,582 13,222 15,93 12,713 - -
 4,616 13,234 15,963 12,713 - -
 4,649 13,247 15,996 12,713 - -
 4,682 13,261 16,031 12,713 - -
4,716 13,278 16,063 12,713 - -
4,749 13,295 16,096 12,713 - -
4,782 13,313 16,229 12,737 - -
 4,815 13,331 16,396 12,770 - -
 4,849 13,349 16,479 12,770 - -
 4,882 13,365 16,680 12,820 - -
 4,915 13,381 16,780 12,827 - -
 4,982 13,412 16,813 12,827 - -
5,016 13,428 16,846 12,827 - -
5,049 13,443 16,880 12,827 - -
 5,082 13,458 16,913 12,827 - -
5,116 13,472 16,946 12,827 - -
5,149 13,487 16,979 12,827 - -
 5,182 13,501 17,013 12,827 - -
 5,216 13,516 17,046 12,827 - -
5,249 13,530 17,049 12,827 - -
 5,282 13,544 17,113 12,827 - -
5,315 13,557 17,180 12,827 - -
 5,349 13,569 17,213 12,827 - -
5,382 13,579 17,280 12,827 - -
 5,415 13,587 17,313 12,829 - -
 5,449 13,594 17,530 12,885 - -
5,482 13,601 17,596 12,885 - -
5,516 13,606 17,630 12,885 - -
 5,549 13,612 17,663 12,885 - -
5,582 13,615 17,696 12,885 - -
5,616 13,619 17,796 12,885 - -
5,649 13,624 17,863 12,885 - -
5,682 13,629 18,063 12,942 - -
5,716 13,635 18,130 12,942 - -
 5,749 13,641 18,163 12,942 - -
 5,782 13,649 18,163 12,942 - -
 5,815 13,662 18,196 12,942 - -
5,849 13,672 18,296 12,942 - -
 5,882 13,682 18,395 12,942 - -
5,915 13,699 18,495 12,942 - -
5,949 13,714 18,629 12,942 - -
 5,982 13,727 18,828 12,942 - -
6,016 13,740 - - - -
6,049 13,751 - - - -
6,082 13,761 - - - -
6,116 13,768 - - - -
6,148 13,776 - - - -
6,181 13,782 - - - -
6,215 13,789 - - - -
 6,248 13,795 - - - -
6,281 13,801 - - - -
6,314 13,807 - - - -
 6,348 13,814 - - - -
6,381 13,821 - - - -
6,414 13,829 - - - -
6,448 13,836 - - - -
6,481 13,843 - - - -
6,515 13,851 - - - -
6,598 13,871 - - - -
 6,631 13,897 - - - -
6,664 13,888 - - - -
6,698 13,897 - - - -
6,731 13,906 - - - -
6,831 13,935 - - - -
6,931 13,962 - - - -
7,031 13,990 - - - -
 7,131 14,018 - - - -
 7,198 14,037 - - - -
7,298 14,065 - - - -
7,398 14,094 - - - -
 7,498 14,124 - - - -
 7,598 14,154 - - - -
7,698 14,160 - - - -
7,731 14,160 - - - -
 7,765 14,161 - - - -
7,798 14,16 - - - -
7,831 14,16 - - - -
7,865 14,161 - - - -
 7,898 14,161 - - - -
7,931 14,166 - - - -
8,065 14,207 - - - -
 8,164 14,234 - - - -
8,265 14,259 - - - -
 8,398 14,293 - - - -
8,515 14,324 - - - -
8,614 14,354 - - - -
 8,748 14,389 - - - -
 8,881 14,389 - - - -
8,914 14,389 - - - -
8,948 14,389 - - - -
9,015 14,389 - - - -
9,081 14,389 - - - -
9,215 14,389 - - - -
9,315 14,504 - - - -
9,348 14,556 - - - -
9,414 14,561 - - - -
 9,515 14,561 - - - -
9,548 14,561 - - - -
9,581 14,561 - - - -
9,614 14,561 - - - -
9,748 14,570 - - - -
9,848 14,587 - - - -
9,965 14,609 - - - -
10,065 14,624 - - - -
 10,164 14,634 - - - -
10,264 14,652 - - - -
10,347 14,664 - - - -
10,447 14,679 - - - -
 10,530 14,691 - - - -
10,613 14,704 - - - -
10,714 14,720 - - - -
10,814 14,735 - - - -
10,891 14,751 - - - -
10,997 14,772 - - - -
 11,097 14,785 - - - -
 11,187 14,791 - - - -
 11,247 14,791 - - - -
 11,347 14,791 - - - -
11,489 14,791 - - - -
11,585 14,791 - - - -
11,680 14,813 - - - -
11,814 14,848 - - - -
 11,913 14,848 - - - -
12,014 14,848 - - - -
12,047 14,853 - - - -
 12,147 14,890 - - - -
 12,247 14,923 - - - -
12,38 14,962 - - - -
12,514 15,014 - - - -
 12,58 15,020 - - - -
 12,714 15,020 - - - -
12,797 15,021 - - - -
12,897 15,021 - - - -
 12,997 15,027 - - - -
13,097 15,068 - - - -
13,197 15,078 - - - -
13,264 15,078 - - - -
13,347 15,078 - - - -
13,431 15,078 - - - -
13,514 15,078 - - - -
13,597 15,078 - - - -
13,681 15,079 - - - -
 13,76415,108 - - - -
13,847 15,145 - - - -
13,913 15,177 - - - -
13,981 15,193 - - - -
14,030 15,193 - - - -
14,097 15,193 - - - -
14,18 15,193 - - - -
14,247 15,193 - - - -
14,313 15,193 - - - -
 14,412 15,193 - - - -
14,612 15,193 - - - -
14,679 15,193 - - - -
10,164 14,634 - - - -
10,264 14,652 - - - -
10,347 14,664 - - - -
10,447 14,679 - - - -
10,531 14,691 - - - -
10,613 14,704 - - - -
10,714 14,721 - - - -
10,814 14,735 - - - -
10,891 14,750 - - - -
10,997 14,770 - - - -
11,097 14,785 - - - -
11,182 14,791 - - - -
11,247 14,791 - - - -
 11,347 14,791 - - - -
11,480 14,791 - - - -
 11,581 14,791 - - - -
11,682 14,813 - - - -
 11,814 14,848 - - - -
11,913 14,848 - - - -
 12,014 14,848 - - - -
 12,047 14,853 - - - -
12,147 14,89 - - - -
 12,247 14,923 - - - -
12,381 14,962 - - - -
12,514 15,012 - - - -
12,58 15,020 - - - -
12,714 15,020 - - - -
 12,797 15,021 - - - -
12,897 15,021 - - - -
12,997 15,027 - - - -
 13,097 15,068 - - - -
13,197 15,078 - - - -
13,264 15,078 - - - -
 13,347 15,078 - - - -
13,434 15,078 - - - -
 13,514 15,078 - - - -
13,597 15,078 - - - -
 13,681 15,079 - - - -
13,764 15,108 - - - -
13,847 15,145 - - - -
13,913 15,177 - - - -
13,981 15,193 - - - -
14,032 15,193 - - - -
14,097 15,193 - - - -
14,183 15,193 - - - -
 14,247 15,193 - - - -
14,313 15,193 - - - -
 14,412 15,193 - - - -
14,612 15,193 - - - -
14,679 15,193 - - - -
14,846 15,193 - - - -
 14,879 15,195 - - - -
15,013 15,245 - - - -
 15,079 1 15,25 - - - -
15,213 15,252 - - - -
 15,313 15,214 - - - -
15,412 15,139 - - - -
 15,513 15,282 - - - -
 15,612 15,307 - - - -
15,746 15,307 - - - -
15,896 15,307 - - - -
Ensaio de torção – Cobre
CP 01 CP 02 CP 03
Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm) Ângulo (°) Momento (Nm)
0,466 7,501 0,033 1,772 0,017 1,124 
1,416 7,588 0,670 2,592 0,033 1,824 
1,916 7,612 0,300 6,412 0,167 5,623
2,416 7,615 0,416 6,414 0,650 6,61 
 2,900 7,615 0,483 6,414 5,151 6,717
5,934 7,615 4,801 6,518 12,784 6,717
11,584 7,558 6,951 6,527 18,785 6,659
19,218 7,729 11,251 6,527 26,603 6,659
 24,986 7,615 18,885 6,470 32,537 6,717 
36,887 7,615 24,886 6,470 44,855 6,717
40,17 7,672 32,621 6,527 50,873 6,717 
45,955 7,786 38,671 6,527 56,49 7,065
58,206 7,729 44,472 6,527 65,874 7,355
 64,123 7,843 50,373 6,639 70,424 7,520
68,406 8,014 56,189 6,865 76,441 7,812
75,841 8,335 62,207 7,034 81,142 7,994
81,625 8,469 94,093 8,218 84,409 8,110
87,376 8,697 98,478 8,300 90,393 8,336 
 92,21 8,868 104,378 8,414 96,561 8,458 
99,277 8,039 110,529 8,613 100,894 8,574 
104,978 9,096 116,296 8,724 105,362 8,732
110,895 9,266 122,28 8,782 109,762 8,664
118,346 9,323 126,547 8,895 112,812 8,864 
- - 132,465 9,008 118,563 8,98
- - 140,065 9,064 124,447 9,038
- - 145,899 9,121 127,781 9,154
- - 155,767 9,233 132,115 9,245
- - 161,233 9,233 137,982 9,270
- - - - 142,516 9,386
- - - - 146,749 9,386
- - - - 151,117 9,444
- - - - 158,984 9,502
- - - - 161,168 9,502 
2. Utilizando os dados das tabelas acima e as equações apresentadas no sumário teórico, calcule
os valores de tensão e de deformação cisalhantes nos corpos de prova. Crie uma tabela
semelhante à Tabela 2 para cada um dos materiais ensaiados e anote os valores calculados.
Ensaio de torção – Aço Carbono
CP 01 CP 02 CP 03
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
0,0012 62,98 0,0012 62,95 0,0012 62,97
0,0058 178,65 0,0060 178,70 0,0058 178,65
 0,0105 187,40 0,0105 187,40 0,0105 187,40
0,0151 190,77 0,0151 190,77 0,0151 190,77 
 0,0198 190,07 0,0198 190,07 0,0198 190,07
0,0209 190,07 0,0209 190,07 0,0209 190,07 
 0,0268 191,95 0,0268 191,95 0,0268 191,95
0,0314 192,94 0,0314 192,94 0,0314 192,94 
0,0360 194,64 0,0360 194,64 0,0360 194,64
0,0401 199,69 0,0401 199,69 0,0401 199,69
0,0448 206,76 0,0448 206,76 0,0448 206,76 
0,0494 211,74 0,0494 211,74 0,0494 211,74
0,0541 218,24 0,0541 218,24 0,0541 218,24
0,0599 223,83 0,0599 223,83 0,0599 223,83
0,0657 230,08 0,0657 230,08 0,0657 230,080,0715 236,23 0,0715 236,23 0,0715 236,23
 0,0773 243,57 0,0773 243,57 0,7774 243,60
0,0826 252,48 0,0826 252,48 0,0826 252,48 
0,0884 259,41 0,0884 259,41 0,0884 259,41
 0,0942 264,95 0,0942 264,95 0,0942 264,95
0,0988 269,20 0,0988 269,20 0,0988 269,20 
0,1052 274,60 0,1052 274,60 0,1052 274,60 
0,1122 279,81 0,1122 279,81 0,1122 279,81
0,1180 283,53 0,1180 283,53 0,1180 283,53
 0,1255 286,71 0,1255 286,71 0,1255 286,71 
0,1349 292,77 0,1349 292,77 0,1349 292,77
0,1436 297,54 0,1436 297,54 0,1436 297,54 
 0,1523 303,31 0,1523 303,31 0,1523 303,31 
0,1604 306,85 0,1604 306,85 0,1604 306,85
0,1697 311,66 0,1697 311,66 0,1697 311,66
 0,1761 314,66 0,1761 314,66 0,1761 314,66
0,1895 321,00 0,1895 321,00 0,1895 321,00
0,1982 324,82 0,1982 324,82 0,1982 324,82
0,2081 328,40 0,2081 328,40 0,2081 328,40
0,2139 331,25 0,2139 331,25 0,2139 331,25
0,2250 334,37 0,2250 334,37 0,2250 334,37 
0,2302 335,73 0,2302 335,73 0,2302 335,73
0,2360 337,64 0,2360 337,64 0,2360 337,64
0,2436 340,50 0,2436 340,50 0,2436 340,50
0,2523 342,57 0,2523 342,57 0,2523 342,57
0,2575 344,06 0,2575 344,06 0,2575 344,06
0,2651 346,27 0,2651 346,27 0,2651 346,27 
0,2726 348,30 0,2726 348,30 0,2726 348,30 
0,2807 350,59 0,2807 350,59 0,2807 350,59 
0,2999 355,66 0,3001 355,69 0,2999 355,66
 0,3075 357,00 0,3075 357,00 0,3075 357,00 
0,3110 357,64 0,3110 357,64 0,3110 357,64
0,3191 360,63 0,3191 360,63 0,3191 360,63
0,3267 362,10 0,3267 362,10 0,3267 362,10
0,3325 363,25 0,3325 363,25 0,3325 363,25
0,3429 365,35 0,3429 365,35 0,3429 365,35
0,3505 366,76 0,3505 366,76 0,3505 366,76
0,3710 369,03 0,3710 369,03 0,3710 369,03
0,3871 373,86 0,3871 373,86 0,3871 373,86 
0,4563 385,93 0,4563 385,93 0,4563 385,93 
0,4697 388,62 0,4697 388,62 0,4697 388,62
0,4836 389,85 0,4836 389,85 0,4836 389,85
0,4859 390,37 0,4859 390,37 0,4859 390,37 
 0,4923 391,31 0,4923 391,31 0,4923 391,31
0,4947 391,31 0,4947 391,31 0,4947 391,31
0,4970 391,31 0,4970 391,31 0,4970 391,31
0,4993 391,47 0,4993 391,47 0,4993 391,47 
0,5127 392,79 0,5127 392,79 0,5127 392,79
0,5168 393,88 0,5168 393,88 0,5168 393,88
 0,5197 394,63 0,5197 394,63 0,5197 394,63
 0,5325 395,62 0,5325 395,62 0,5325 395,62 
 0,5423 398,01 0,5423 398,01 0,5423 398,01 
 0,5458 398,01 0,5458 398,01 0,5458 398,01
0,5470 398,01 0,5470 398,01 0,5470 398,01
0,5482 398,01 0,5482 398,01 0,5482 398,01
 0,5493 398,01 0,5493 398,01 0,5493 398,01
0,5505 398,12 0,5505 398,12 0,5505 398,12
 0,5668 400,69 0,5668 400,69 0,5668 400,69 
0,5679 400,69 0,5679 400,69 0,5679 400,69
0,5691 400,69 0,5691 400,69 0,5691 400,69 
0,5702 400,69 0,5702 400,69 0,5702 400,69
0,5714 400,72 0,5714 400,72 0,5714 400,72
 0,5842 403,38 0,5842 403,38 0,5842 403,38
0,5865 403,38 0,5865 403,38 0,5865 403,38
0,5877 403,38 0,5877 403,38 0,5877 403,38
0,5900 403,38 0,5900 403,38 0,5900 403,38
0,5912 403,38 0,5912 403,38 0,5912 403,38
0,5923 403,43 0,5923 403,43 0,5923 403,43
0,5993 404,73 0,5993 404,73 0,5993 404,73 
 0,6034 404,73 0,6034 404,73 0,6034 404,73 
0,6051 404,73 0,6051 404,73 0,6051 404,73
0,6075 405,10 0,6075 405,10 0,6075 405,10
 0,6104 405,86 0,6104 405,86 0,6104 405,86
 0,6220 407,41 0,6220 407,41 0,6220 407,41
0,6231 407,41 0,6231 407,41 0,6231 407,41
0,6243 407,41 0,6243 407,41 0,6243 407,41
 0,6347 408,76 0,6347408,76 0,6347 408,76
0,6370 314,44 0,6370 314,44 0,6370 314,44
0,6411 408,76 0,6411 408,76 0,6411 408,76
0,6446 408,76 0,6446 408,76 0,6446 408,76
0,6464 409,04 0,6464 409,04 0,6464 409,04
0,6539 410,10 0,6539 410,10 0,6539 410,10
0,6557 410,10 0,6557 410,10 0,6557 410,10
0,6580 410,36 0,6580 410,36 0,6580 410,36
0,6673 411,45 0,6673 411,45 0,6673 411,45
0,6685 411,45 0,6685 411,45 0,6685 411,45
0,6708 411,45 0,6708 411,45 0,6708 411,45
0,6789 411,80 0,6789 411,80 0,6789 411,80 
0,6801 411,54 0,6801 411,54 0,6801 411,54 
 0,6847 412,39 0,6847 412,39 0,6847 412,39
0,6940 414,11 0,6940 414,11 0,6940 414,11
0,6975 414,11 0,6975 414,11 0,6975 414,11
 0,7078 415,45 0,7078 415,45 0,7078 415,45
0,7092 415,45 0,7092 415,45 0,7092 415,45
0,7144 415,45 0,7144 415,45 0,7144 415,45 
0,7167 415,97 0,7167 415,97 0,7167 415,97
0,7237 416,80 0,7237 416,80 0,7237 416,80
0,7254 416,80 0,7254 416,80 0,7254 416,80
0,7272 416,80 0,7272 416,80 0,7272 416,80 
 0,7289 416,80 0,7289 416,80 0,7289 416,80 
0,7307 416,80 0,7307 416,80 0,7307 416,80
 0,7342 417,32 0,7342 417,32 0,7342 417,32
0,7411 418,14 0,7411 418,14 0,7411 418,14
0,7475 418,42 0,7475 418,42 0,7475 418,42
0,7499 419,46 0,7499 419,46 0,7499 419,46
0,7528 419,49 0,7528 419,49 0,7528 419,49
 0,7545 419,49 0,7545 419,49 0,7545 419,49
0,7568 419,49 0,7568 419,49 0,7568 419,49
0,7626 419,53 0,7626 419,53 0,7626 419,53
0,7690 420,83 0,7690 420,83 0,7690 420,83
0,7708 420,83 0,7708 420,83 0,7708 420,83
0,7737 420,92 0,7737 420,92 0,7737 420,92
 0,7830 422,17 0,7830 422,17 0,7830 422,17
0,7911 423,49 0,7911 423,49 0,7911 423,49
0,7958 423,52 0,7958 423,52 0,7958 423,52 
0,8004 423,97 0,8004 423,97 0,8004 423,97
0,8045 424,86 0,8045 424,86 0,8045 424,86
0,8068 424,86 0,8068 424,86 0,8068 424,86
 0,8155 424,86 0,8155 424,86 0,8155 424,86
0,8213 426,18 0,8213 426,18 0,8213 426,18 
0,8266 426,18 0,8266 426,18 0,8266 426,18
0,8307 426,77 0,8307 426,77 0,8307 426,77
0,8440 427,53 0,8440 427,53 0,8440 427,53
 0,8615 428,54 0,8615 428,54 0,8615 428,54
 0,8731 429,08 0,8731 429,08 0,8731 429,08 
0,8835 430,21 0,8835 430,21 0,8835 430,21
0,8876 430,21 0,8876 430,21 0,8876 430,21
 0,8899 430,21 0,8899 430,21 0,8899 430,21 
0,9051 432,85 0,9051 432,85 0,9051 432,85 
0,9132 432,90 0,9132 432,90 0,9132 432,90
 1,0190 439,60 1,0190 439,60 1,0190 439,60 
1,1161 446,32 1,1161 446,32 1,1161 446,32 
1,1498 447,66 1,1498 447,66 1,1498 447,66
1,1922 458,13 1,1922 458,13 1,1922 458,13
Ensaio de torção – Ferro Fundido
CP 01 CP 02 CP 03
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
0,0012 65,78 0,0012 64,35 0,0012 20,18
0,0052 282,56 0,0058 283,44 0,0058 210,93
 0,0099 311,68 0,0116 309,89 0,0116 307,70
0,0157 324,28 0,0157 317,20 0,0157 328,09 
0,0215 328,83 0,0221 321,96 0,0203 344,25
0,0244 331,00 0,0268 329,53 0,0238 352,85
0,0325 352,52 0,0325 344,84 0,0285 361,77
0,0419 361,65 0,0349 347,64 0,0331 373,88
 0,0500 370,32 0,0395 352,07 0,0378 384,31
0,0560 375,09 0,0430 355,38 0,0425 391,38
0,0651 388,13 0,0494 361,41 0,0459 402,37
0,0721 390,55 0,0552 368,08 0,0512 417,32
0,0837 406,97 0,0605 373,51 0,0558 425,88
0,0936 413,66 0,0651 379,68 0,0605 433,16
0,1035 418,00 0,0709 381,74 0,0651 441,86
0,1145 421,61 0,0762 384,87 0,0698 449,36
0,1226 429,25 0,0820 396,35 0,0744 453,82
 0,1337 436,44 0,0872 400,39 0,0790 458,08
0,1453 445,89 0,0930 404,16 0,0837 464,54
 0,1563 450,73 0,0981 407,91 0,0884 468,74
0,1663 454,00 0,1035 408,90 0,0930 472,96
0,1674454,31 0,1069 409,68 0,1023 482,04
Ensaio de torção – Latão
CP 01 CP 02 CP 03
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
0,0012 18,09 0,0012 50,29 0,0012 4,77
0,0023 39,28 0,0064 158,93 0,0122 21,54
0,0035 62,60 0,0111 174,52 0,0221 35,95
0,0046 87,02 0,0151 182,10 0,0337 42,02
0,0058 111,57 0,0198 182,83 0,0430 45,97
0,0070 135,26 0,0244 192,94 0,0547 50,81
0,0081 157,09 0,0285 197,76 0,0645 54,09
0,0093 177,33 0,0331 200,72 0,0738 58,94
0,0105 198,94 0,0378 203,08 0,0849 62,41
0,0117 218,81 0,0425 205,04 0,0947 65,60
0,0128 233,06 0,0465 206,79 0,1064 69,80
0,0140 9,47 0,0512 208,80 0,1180 74,48
0,0151 243,28 0,0552 210,64 0,1285 77,36
0,0163 11,03 0,0599 212,88 0,1407 80,08
0,0174 248,76 0,0639 214,70 0,1511 82,42
0,0186 12,59 0,0686 216,40 0,1628 84,94
0,0198 252,28 0,0732 216,45 0,1738 89,08
0,0209 253,58 0,0779 220,58 0,1761 89,08
0,0221 254,65 0,0825 221,62 0,1773 89,08
0,0232 255,61 0,0872 223,54 0,1785 89,08
0,0244 256,63 0,0918 225,05 0,1796 89,08
0,0256 257,79 0,0965 225,92 0,1820 89,13
0,0268 259,11 0,1011 227,74 0,1947 92,13
0,0279 260,46 0,1058 230,03 0,2075 94,94
0,0291 261,73 0,1104 231,78 0,2185 98,43
0,0302 262,82 0,1151 232,61 0,2302 99,99
0,0314 263,74 0,1198 234,47 0,2418 101,57
0,0325 264,59 0,1244 236,65 0,2546 104,29
0,0337 265,37 0,1290 238,42 0,2662 106,56
0,0349 266,10 0,1337 239,43 0,2732 106,56
0,0360 266,79 0,1378 240,35 0,2744 106,56
0,0372 267,54 0,1424 241,39 0,2755 106,56
0,0384 268,32 0,1471 242,43 0,2767 106,42
0,0395 268,96 0,1517 243,50 0,2778 106,09
0,0407 269,36 0,1558 244,42 0,2790 105,69
0,0419 269,43 0,1604 245,41 0,2802 105,35
0,0430 269,43 0,1651 246,43 0,2813 105,21
0,0477 272,88 0,1686 247,18 0,2825 105,78
0,0488 274,09 0,1732 248,20 0,2941 112,37
0,0500 274,75 0,1779 250,32 0,4034 125,41
0,0512 275,24 0,1814 251,62 0,4272 128,10
0,0523 275,69 0,1825 251,62 0,4389 128,10
0,0535 276,17 0,1837 251,62 0,4435 128,86
0,0547 276,71 0,1848 251,62 0,4522 129,43
0,0558 277,25 0,1860 251,62 0,4586 130,77
0,0570 277,77 0,1883 251,62 0,4621 130,77
0,0587 278,57 0,1930 252,59 0,4633 130,77
0,0599 279,12 0,1977 253,75 0,4743 132,12
0,0610 279,61 0,2023 254,79 0,4755 132,12
0,0622 280,13 0,2070 255,73 0,4767 132,12
0,0634 280,65 0,2116 256,68 0,4778 132,12
0,0645 281,17 0,2168 258,35 0,4790 132,12
0,0657 281,76 0,2226 260,27 0,4848 132,12
0,0669 282,40 0,2273 261,33 0,4923 133,46
0,0680 283,09 0,2319 261,94 0,4958 133,46
0,0692 283,82 0,2365 262,51 0,4987 133,46
0,0703 284,53 0,2412 263,17 0,5074 134,81
0,0715 285,19 0,2459 263,79 0,5109 134,81
0,0726 285,78 0,2505 264,40 0,5214 136,16
0,0738 286,32 0,2552 265,09 0,5231 136,16
0,0750 286,87 0,2598 266,34 0,5266 136,16
0,0750 286,87 0,2645 267,71 0,5289 136,16
0,0761 287,39 0,2691 268,68 0,5632 138,85
0,0773 287,86 0,2738 269,20 0,5656 138,85
0,0785 288,35 0,2749 269,20 0,5679 138,85
0,0796 288,80 0,2761 269,20 0,5691 138,85
0,0808 289,25 0,2773 269,20 0,5801 140,20
0,0819 289,70 0,2784 269,20 0,5819 140,20
0,0831 290,15 0,2796 269,20 0,5853 140,20
0,0843 290,57 0,2831 269,15 0,5900 140,20
0,0854 291,00 0,2877 267,90 0,5964 140,20
0,0866 291,40 0,2924 273,50 0,6051 141,54
0,0877 291,83 0,2970 274,51 0,6103 141,54
0,0889 292,23 0,3017 275,10 0,6144 141,54
0,0901 292,61 0,3063 275,50 0,6185 141,94
0,0913 292,98 0,3110 275,86 0,6266 142,89
0,0924 293,39 0,3156 276,28 0,6324 142,89
0,0936 293,74 0,3203 276,69 0,6359 142,89
0,0947 294,12 0,3249 277,13 0,6411 142,89
0,0959 294,47 0,3296 277,68 0,6452 142,89
0,0970 294,85 0,3342 278,31 0,6493 142,89
0,0982 295,20 0,3389 278,98 0,6498 142,89
0,0994 295,56 0,3435 279,64 - -
0,1005 295,94 0,3482 280,20 - -
0,1017 296,29 0,3528 280,58 - -
0,1029 296,67 0,3569 281,13 - -
0,1040 297,05 0,3615 281,65 - -
0,1052 297,43 0,3674 282,47 - -
0,1064 297,78 0,3732 282,73 - -
0,1075 298,16 0,3743 282,73 - -
0,1087 298,54 0,3778 282,73 - -
0,1098 298,91 0,3836 284,62 - -
0,1110 299,27 0,3871 285,43 - -
0,1122 299,65 0,3894 285,43 - -
0,1133 300,05 0,3906 285,43 - -
0,1145 300,35 0,3918 285,43 - -
0,1156 300,73 0,3929 285,47 - -
0,1168 301,09 0,3988 286,77 - -
0,1180 301,44 0,4034 286,77 - -
0,1192 301,77 0,4080 287,86 - -
0,1203 302,10 0,4127 288,14 - -
0,1215 302,46 0,4144 288,14 - -
0,1226 302,76 0,4156 288,14 - -
0,1238 303,09 0,4168 288,26 - -
0,1250 303,40 0,4214 289,46 - -
0,1261 303,73 0,4249 289,49 - -
0,1273 304,04 0,4272 289,49 - -
0,1284 304,35 0,4296 289,68 - -
0,1296 304,68 0,4342 290,83 - -
0,1308 304,98 0,4354 290,83 - -
0,1319 305,29 0,4365 290,83 - -
0,1331 305,62 0,4377 290,83 - -
0,1343 305,95 0,4388 290,83 - -
0,1354 306,28 0,4400 290,83 - -
0,1366 306,61 0,4412 290,83 - -
0,1378 306,97 0,4435 290,83 - -
0,1389 307,37 0,4470 290,83 - -
0,1401 307,68 0,4516 291,94 - -
0,1412 308,06 0,4563 292,18 - -
0,1424 308,41 0,4586 292,18 - -
0,1436 308,74 0,4633 293,06 - -
0,1447 309,09 0,4679 293,55 - -
0,1459 309,43 0,4703 293,55 - -
0,1471 309,73 0,4726 293,55 - -
0,1482 310,02 0,4784 294,83 - -
0,1494 310,30 0,4813 294,90
0,1505 310,54 0,4824 294,90 - -
0,1517 310,77 0,4836 294,90 - -
0,1529 311,01 0,4848 294,90 - -
0,1540 311,22 0,4860 294,90 - -
0,1552 311,43 0,4871 294,90 - -
0,1563 311,65 0,4883 294,90 - -
0,1575 311,86 0,4895 294,90 - -
0,1587 312,09 0,4906 294,90 - -
0,1598 312,33 0,4918 294,90 - -
0,1610 312,61 0,4929 294,90 - -
0,1622 312,92 0,4941 295,02 - -
0,1633 313,25 0,4987 296,20 - -
0,1645 313,65 0,5034 296,24 - -
0,1657 314,06 0,5045 296,24 - -
0,1668 314,48 0,5057 296,24 - -
0,1680 314,91 0,5069 296,24 - -
0,1692 315,33 0,5080 296,24 - -
0,1703 315,71 0,5092 296,24 - -
0,1715 316,09 0,5103 297,21 - -
0,1738 316,82 0,5150 297,59 - -
0,1750 317,20 0,5161 297,59 - -
0,1761 317,55 0,5208 297,83 - -
0,1773 317,91 0,5289 298,96 - -
0,1785 318,24 0,5313 298,96 - -
0,1796 318,59 0,5336 298,96 - -
0,1459 309,43 0,5359 298,96 - -
0,1471 309,73 0,5383 299,01 - -
0,1482 310,02 0,5429 300,19 - -
0,1494 310,30 0,5452 300,31 - -
0,1505 310,54 0,5464 300,31 - -
0,1517 310,77 0,5475 300,31 - -
0,1529 311,01 0,5487 300,31 - -
0,1540 311,22 0,5499 300,31 - -
0,1552 311,43 0,5510 300,31 - -
0,1563 311,65 0,5522 300,31 - -
0,1575 311,86 0,5534 300,31 - -
0,1587 312,09 0,5545 300,31 - -
0,1598 312,33 0,5557 300,31 - -
0,1610 312,61 0,5568 300,31 - -
0,1622 312,92 0,5580 300,31 - -
0,1633 313,25 0,5592 300,31 - -
0,1645 313,65 0,5603 300,31 - -
0,1657 314,06 0,5615 300,31 - -
0,1668 314,48 0,5661 300,87 - -
0,1680 314,91 0,5720 301,65 - -
0,1692 315,33 0,5748 301,65 - -
0,1703 315,71 0,5819 302,83 - -
0,1715 316,09 0,5853 303,00 - -
0,1738 316,82 0,5865 303,00 - -
0,1750 317,20 0,5877 303,00 - -
0,1761 317,55 0,5888 303,00 - -
0,1773 317,91 0,5900 303,00 - -
0,1785 318,24 0,5911 303,00 - -
0,1796 318,59 0,5923 303,00 - -
0,1808 318,92 0,5935 303,00 - -
0,1820 319,28 0,5946 303,00
0,1831 319,61 0,5947 303,00 - -
0,1843 319,94 0,5970 303,00 - -
0,1854 320,24 0,5993 303,00 - -
0,1866 320,53 0,6005 303,00 - -
0,1877 320,76 0,6028 303,00 - -
0,1889 320,95 0,6039 303,05 - -
0,1901 321,12 0,6115 304,37 - -
0,1912 321,28 0,6138 304,37 - -
0,1924 321,40 0,6150 304,37 - -
0,1936 321,54 0,6162 304,37 - -
0,1947 321,61 0,6173 304,37 - -
0,1959 321,71 0,6208 304,37 - -
0,1971 321,83 0,6231 304,37 - -
0,1982 321,94 0,6301 305,72 - -
0,1994 322,09 0,6324 305,72 - -
0,2005 322,23 0,6336 305,72 - -
0,2017 322,42 0,6336 305,72 - -
0,2028 322,72 0,6347 305,72 - -
0,2040 322,96 0,6382 305,72 - -
0,2052 323,20 0,6417 305,72 - -
0,2063 323,60 0,6452 305,72 - -
0,2075 323,95 0,6498 305,72 - -
0,2087 324,26 0,6568 305,72 - -
0,2099 324,57 - - - -
0,2110 324,83 - - - -
0,2122 325,06 - - - -
0,2133 325,23 - - - -
0,2145 325,42 - - - -
0,2156 325,56 - -
0,2168 325,72 - - - -
0,2180 325,87 - - - -
0,2191 326,01 - - - -
0,2203 326,15 - - --
0,2214 326,31 - - - -
0,2226 326,48 - - - -
0,2237 326,67 - - - -
0,2249 326,83 - - - -
0,2261 327,00 - - - -
0,2273 327,19 - - - -
0,2302 327,66 - - - -
0,2313 328,28 - - - -
0,2325 328,06 - - - -
0,2337 328,28 - - - -
0,2348 328,49 - - - -
0,2383 329,17 - - - -
0,2418 329,81 - - - -
0,2453 330,47 - - - -
0,2488 331,13 - - - -
0,2511 331,58 - - - -
0,2546 332,24 - - - -
0,2581 332,93 - - - -
0,2616 333,64 - - - -
0,2650 334,35 - - - -
0,2685 334,49 - - - -
0,2697 334,49 - - - -
0,2709 334,51 - - - -
0,2720 334,49 - - - -
0,2732 334,49 - - - -
0,2744 334,51 - - - -
0,2755 334,51 - - - -
0,2767 334,63 - - - -
0,2813 335,60 - - - -
0,2848 336,24 - - - -
0,2883 336,83 - - - -
0,2930 337,63 - - - -
0,2970 338,36 - - - -
0,3005 339,07 - - - -
0,3052 339,90 - - - -
0,3098 339,90 - - - -
0,3110 339,90 - - - -
0,3121 339,90 - - - -
0,3145 339,90 - - - -
0,3168 339,90 - - - -
0,3215 339,90 - - - -
0,3249 342,61 - - - -
0,3261 343,84 - - - -
0,3284 343,96 - - - -
0,3319 343,96 - - - -
0,3331 343,96 - - - -
0,3342 343,96 - - - -
0,3354 343,96 - - - -
0,3400 344,17 - - - -
0,3435 344,57 - - - -
0,3476 345,09 - - - -
0,3511 345,45 - - - -
0,3546 345,69 - - - -
0,3580 346,11 - - - -
0,3609 346,39 - - - -
0,3644 346,75 - - - -
0,3673 347,03 - - - -
0,3702 347,34 - - - -
0,3737 347,72 - - - -
0,3772 348,07 - - - -
0,3799 348,45 - - - -
0,3836 348,94 - - - -
0,3871 349,25 - - - -
0,3902 349,39 - - - -
0,3923 349,39 - - - -
0,3958 349,39 - - - -
0,4008 349,39 - - - -
0,4041 349,39 - - - -
0,4074 349,91 - - - -
0,4121 350,74 - - - -
0,4156 350,74 - - - -
0,4191 350,74 - - - -
0,4202 350,86 - - - -
0,4237 351,73 - - - -
0,4272 352,51 - - - -
0,4319 353,43 - - - -
0,4365 354,66 - - - -
0,4388 354,80 - - - -
0,4435 354,80 - - - -
0,4464 354,83 - - - -
0,4499 354,83 - - - -
0,4534 354,97 - - - -
0,4569 355,94 - - - -
0,4604 356,17 - - - -
0,4627 356,17 - - - -
0,4656 356,17 - - - -
0,4685 356,17 - - - -
0,4714 356,17 - - - -
0,4743 356,17 - - - -
0,4772 356,20 - - - -
0,4801 356,88 - - - -
0,4830 357,76 - - - -
0,4853 358,51 - - - -
0,4877 358,89 - - - -
0,4894 358,89 - - - -
0,4918 358,89 - - - -
0,4947 358,89 - - - -
0,4970 358,89 - - - -
0,4993 358,89 - - - -
0,5027 358,89 - - - -
0,5097 358,89 - - - -
0,5121 358,89 - - - -
0,3546 345,69 - - - -
0,3580 346,11 - - - -
0,3609 346,39 - - - -
0,3644 346,75 - - - -
0,3674 347,03 - - - -
0,3702 347,34 - - - -
0,3737 347,74 - - - -
0,3772 348,07 - - - -
0,3799 348,43 - - - -
0,3836 348,90 - - - -
0,3871 349,25 - - - -
0,3901 349,39 - - - -
0,3923 349,39 - - - -
0,3958 349,39 - - - -
0,4005 349,39 - - - -
0,4040 349,39 - - - -
0,4075 349,91 - - - -
0,4121 350,74 - - - -
0,4156 350,74 - - - -
0,4191 350,74 - - - -
0,4202 350,86 - - - -
0,4237 351,73 - - - -
0,4272 352,51 - - - -
0,4319 353,43 - - - -
0,4365 354,61 - - - -
0,4388 354,80 - - - -
0,4435 354,80 - - - -
0,4464 354,83 - - - -
0,4499 354,83 - - - -
0,4534 354,97 - - - -
0,4569 355,94 - - - -
0,4604 356,17 - - - -
0,4627 356,17 - - - -
0,4656 356,17 - - - -
0,4686 356,17 - - - -
0,4714 356,17 - - - -
0,4743 356,17 - - - -
0,4772 356,20 - - - -
0,4801 356,88 - - - -
0,4830 357,76 - - - -
0,4853 358,51 - - - -
0,4877 358,89 - - - -
0,4895 358,89 - - - -
0,4918 358,89 - - - -
0,4948 358,89 - - - -
0,4970 358,89 - - - -
0,4993 358,89 - - - -
0,5027 358,89 - - - -
0,5097 358,89 - - - -
0,5121 358,89 - - - -
0,5179 358,89 - - - -
0,5190 358,94 - - - -
0,5237 360,12 - - - -
0,5260 0,000 - - - -
0,5307 360,28 - - - -
0,5342 359,39 - - - -
0,5376 357,61 - - - -
0,5412 360,99 - - - -
0,5446 361,58 - - - -
0,5493 361,58 - - - -
0,5545 361,58 - - - -
Ensaio de torção – Cobre
CP 01 CP 02 CP 03
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
Deformação
cisalhante (ɣ)
Tensão cisalhante
(MPa)
0,0163 177,19 0,0012 41,86 0,0006 26,55
0,0494 179,24 0,0234 61,23 0,0012 43,09
0,0668 179,81 0,0105 151,46 0,0058 132,83
0,0843 179,88 0,0145 151,51 0,0227 156,14
0,1012 179,88 0,0168 151,51 0,1797 158,67
0,2070 179,88 0,1675 153,97 0,4460 158,67
0,4041 178,54 0,2425 154,18 0,6553 157,30
0,6704 182,57 0,3925 154,18 0,9280 157,30
0,8716 179,88 0,6588 152,83 1,1350 158,67
1,2868 179,88 0,8681 152,83 1,5647 158,67
1,4013 181,23 1,1379 154,18 1,7746 158,67
1,6031 183,92 1,3490 154,18 1,9706 166,89
2,0304 182,57 1,5513 154,18 2,2979 173,74
2,2368 185,27 1,7572 156,83 2,4567 177,64
2,3863 189,31 1,9601 162,17 2,6665 184,54
2,6456 196,89 2,1700 166,16 2,8305 188,83
2,8474 200,06 3,2823 194,13 2,9445 191,57
3,0480 205,44 3,4353 196,06 3,1532 196,91
3,2166 209,48 3,6411 198,76 3,3684 199,80
3,4632 189,90 3,8557 203,46 3,5196 202,54
3,6620 214,87 4,0568 206,08 3,6754 206,27
3,8684 218,88 4,2656 207,45 3,8289 204,66
4,1283 220,23 4,4144 210,12 3,9353 209,39
- - 4,6209 212,79 4,1359 212,13
- - 4,8860 214,11 4,3412 213,50
- - 5,0895 215,46 4,4575 216,24
- - 5,4337 218,10 4,6087 218,39
- - 5,6244 4,8133 218,98
- - - - 4,9715 221,72
- - - - 5,1192 221,72
- - - - 5,2715 223,09
- - - - 5,5460 224,46
- - - - 5,6221 224,46
3. Utilizando os dados das tabelas acima, construa o gráfico “Tensão (MPa) x
Deformação)” para cada material ensaiado.
Gráfico Aço Carbono
Gráfico Ferro Fundido
Gráfico Latão
Gráfico Cobre
4. Com base nos gráficos construídos, determine os valores do módulo de elasticidade, limite de
escoamento e o limite de resistência à torção de cada material ensaiado.
ENSAIO DE MATERIA L – AÇO CARBONO
CP01 CP02 CP03
52,483 52,458 52,475
30,802 29,783 30,802
17,848 17,848 17,848
12,634 12,634 12,634
9,599 9,599 9,599
9,094 9,094 9,094
7,162 7,162 7,162
6,145 6,145 6,145
5,407 5,407 5,407
4,980 4,980 4,980
4,615 4,615 4,615
4,286 4,286 4,286
4,034 4,034 4,034
3,737 3,737 3,737
3,502 3,502 3,502
3,304 3,304 3,304
3,151 3,151 0,313
3,057 3,057 3,057
2,935 2,935 2,935
2,813 2,813 2,813
2,725 2,725 2,725
2,610 2,610 2,610
2,494 2,494 2,494
2,403 2,403 2,403
2,285 2,285 2,285
2,170 2,170 2,170
2,072 2,072 2,072
1,992 1,992 1,992
1,913 1,913 1,913
1,837 1,837 1,837
1,787 1,787 1,787
1,694 1,694 1,694
1,639 1,639 1,639
1,578 1,578 1,578
1,549 1,549 1,549
1,486 1,486 1,486
1,458 1,458 1,458
1,431 1,431 1,431
1,398 1,398 1,398
1,358 1,358 1,358
1,336 1,336 1,336
1,306 1,306 1,306
1,278 1,278 1,278
1,249 1,249 1,249
1,186 1,185 1,186
1,161 1,161 1,161
1,150 1,150 1,150
1,130 1,130 1,130
1,108 1,108 1,108
1,092 1,092 1,092
1,065 1,065 1,065
1,046 1,046 1,046
0,995 0,995 0,995
0,966 0,966 0,966
0,846 0,846 0,846
0,827 0,827 0,827
0,806 0,806 0,806
0,803 0,803 0,803
0,795 0,795 0,795
0,791 0,791 0,791
0,787 0,787 0,787
0,784 0,784 0,784
0,766 0,766 0,766
0,762 0,762 0,762
0,759 0,759 0,759
0,743 0,743 0,743
0,734 0,734 0,734
0,729 0,729 0,729
0,728 0,728 0,728
0,726 0,726 0,726
0,725 0,725 0,725
0,723 0,723 0,723
0,707 0,707 0,707
0,706 0,706 0,706
0,704 0,704 0,704
0,703 0,703 0,703
0,701 0,701 0,701
0,690 0,690 0,690
0,688 0,688 0,688
0,686 0,686 0,686
0,684 0,684 0,684
0,682 0,682 0,682
0,681 0,681 0,681
0,675 0,675 0,675
0,671 0,671 0,671
0,669 0,669 0,669
0,667 0,667 0,667
0,665 0,665 0,665
0,655 0,655 0,655
0,654 0,654 0,654
0,653 0,653 0,653
0,644 0,644 0,644
0,494 0,494 0,494
0,638 0,638 0,638
0,634 0,634 0,634
0,633 0,633 0,633
0,627 0,627 0,627
0,625 0,625 0,625
0,624 0,624 0,624
0,617 0,617 0,617
0,615 0,615 0,615
0,613 0,613 0,613
0,607 0,607 0,607
0,605 0,605 0,605
0,602 0,602 0,602
0,597 0,597 0,597
0,594 0,594 0,594
0,587 0,587 0,587
0,586 0,586 0,586
0,582 0,582 0,582
0,580 0,580 0,580
0,576 0,576 0,576
0,575 0,575 0,575
0,573 0,573 0,573
0,572 0,572 0,572
0,570 0,570 0,570
0,568 0,568 0,568
0,564 0,564 0,564
0,560 0,560 0,560
0,559 0,559 0,559
0,557 0,557 0,557
0,556 0,556 0,556
0,554 0,554 0,554
0,550 0,550 0,550
0,547 0,547 0,547
0,546 0,5460,546
0,544 0,544 0,544
0,539 0,539 0,539
0,535 0,535 0,535
0,532 0,532 0,532
0,530 0,530 0,530
0,528 0,528 0,528
0,527 0,527 0,527
0,521 0,521 0,521
0,519 0,519 0,519
0,516 0,516 0,516
0,514 0,514 0,514
0,507 0,507 0,507
0,497 0,497 0,497
0,491 0,491 0,491
0,487 0,487 0,487
0,485 0,485 0,485
0,483 0,483 0,483
0,478 0,478 0,478
0,474 0,474 0,474
0,431 0,431 0,431
0,400 0,400 0,400
0,389 0,389 0,389
0,384 0,384 0,384
ENSAIO DE MATERIA L – FERRO FUNDIDO
CP01 CP02 CP03
54,817 53,625 16,817
54,338 48,869 36,367
31,483 26,715 26,526
20,655 20,204 20,897
15,294 14,568 16,958
13,566 12,296 14,826
10,847 10,610 12,694
8,631 9,961 11,295
7,406 8,913 10,167
6,698 8,265 9,209
5,962 7,316 8,766
5,417 6,668 8,151
4,862 6,174 7,632
4,419 5,832 7,160
4,039 5,384 6,787
3,682 5,051 6,438
3,501 4,834 6,100
3,264 4,592 5,798
3,069 4,346 5,550
2,884 4,158 5,302
2,730 3,951 5,086
2,714 3,832 4,712
ENSAIO DE MATERIA L – LATÃO
CP01 CP02 CP03
15,075 41,908 3,975
17,078 24,833 1,766
17,886 15,723 1,627
18,917 12,060 1,247
19,236 9,234 1,069
19,323 7,907 0,929
19,394 6,939 0,839
19,068 6,064 0,799
18,947 5,372 0,735
18,702 4,824 0,693
18,208 4,447 0,656
0,676 4,078 0,631
16,111 3,816 0,602
0,677 3,554 0,569
14,297 3,360 0,545
0,677 3,155 0,522
12,741 2,957 0,513
12,133 2,832 0,506
11,523 2,686 0,502
11,018 2,564 0,499
10,518 2,452 0,496
10,070 2,341 0,490
9,668 2,253 0,473
9,335 2,174 0,458
8,994 2,099 0,450
8,703 2,021 0,434
8,399 1,957 0,420
8,141 1,902 0,410
7,874 1,848 0,400
7,625 1,791 0,390
7,411 1,744 0,388
7,192 1,695 0,387
6,988 1,648 0,385
6,809 1,605 0,382
6,618 1,569 0,379
6,430 1,530 0,376
6,266 1,493 0,374
5,721 1,466 0,374
5,617 1,433 0,382
5,495 1,407 0,311
5,376 1,387 0,300
5,271 1,379 0,292
5,162 1,370 0,291
5,059 1,362 0,286
4,969 1,353 0,285
4,873 1,336 0,283
4,746 1,309 0,282
4,660 1,284 0,279
4,584 1,259 0,278
4,504 1,235 0,277
4,427 1,213 0,277
4,359 1,192 0,276
4,289 1,169 0,273
4,221 1,150 0,271
4,163 1,130 0,269
4,101 1,110 0,268
4,047 1,091 0,266
3,989 1,073 0,264
3,936 1,055 0,261
3,880 1,039 0,260
3,825 1,025 0,259
3,825 1,012 0,257
3,776 0,998 0,247
3,724 0,983 0,245
3,673 0,979 0,244
3,628 0,975 0,244
3,580 0,971 0,242
3,537 0,967 0,241
3,492 0,963 0,240
3,447 0,951 0,238
3,407 0,931 0,235
3,365 0,935 0,234
3,328 0,924 0,232
3,287 0,912 0,230
3,248 0,899 0,229
3,209 0,887 0,228
3,175 0,875 0,226
3,138 0,864 0,225
3,106 0,853 0,223
3,071 0,842 0,221
3,040 0,833 0,220
3,006 0,823 0,220
2,973 0,814 -
2,945 0,805 -
2,913 0,795 -
2,883 0,788 -
2,856 0,779 -
2,827 0,769 -
2,799 0,758 -
2,774 0,755 -
2,746 0,748 -
2,722 0,742 -
2,696 0,737 -
2,671 0,733 -
2,648 0,731 -
2,623 0,729 -
2,601 0,727 -
2,578 0,719 -
2,555 0,711 -
2,532 0,706 -
2,511 0,698 -
2,489 0,695 -
2,469 0,693 -
2,448 0,692 -
2,427 0,687 -
2,409 0,681 -
2,388 0,678 -
2,370 0,674 -
2,351 0,670 -
2,332 0,668 -
2,315 0,666 -
2,296 0,664 -
2,278 0,663 -
2,262 0,661 -
2,245 0,659 -
2,228 0,656 -
2,213 0,651 -
2,196 0,646 -
2,182 0,640 -
2,166 0,637 -
2,150 0,633 -
2,136 0,627 -
2,121 0,624 -
2,106 0,621 -
2,092 0,616 -
2,077 0,613 -
2,063 0,611 -
2,049 0,610 -
2,034 0,608 -
2,021 0,607 -
2,007 0,605 -
1,994 0,604 -
1,980 0,602 -
1,967 0,601 -
1,955 0,600 -
1,942 0,598 -
1,929 0,597 -
1,918 0,594 -
1,907 0,588 -
1,895 0,587 -
1,885 0,586 -
1,874 0,584 -
1,864 0,583 -
1,854 0,582 -
1,843 0,582 -
1,823 0,578 -
1,813 0,577 -
1,803 0,572 -
1,793 0,565 -
1,783 0,563 -
1,774 0,560 -
2,121 0,558 -
2,106 0,555 -
2,092 0,553 -
2,077 0,551 -
2,063 0,550 -
2,049 0,549 -
2,034 0,547 -
2,021 0,546 -
2,007 0,545 -
1,994 0,544 -
1,980 0,543 -
1,967 0,542 -
1,955 0,540 -
1,942 0,539 -
1,929 0,538 -
1,918 0,537 -
1,907 0,536 -
1,895 0,535 -
1,885 0,531 -
1,874 0,527 -
1,864 0,525 -
1,854 0,520 -
1,843 0,518 -
1,823 0,517 -
1,813 0,516 -
1,803 0,515 -
1,793 0,514 -
1,783 0,513 -
1,774 0,512 -
1,764 0,511 -
1,754 0,510 -
1,746 0,510 -
1,736 0,508 -
1,727 0,506 -
1,718 0,505 -
1,709 0,503 -
1,699 0,502 -
1,689 0,498 -
1,680 0,496 -
1,670 0,495 -
1,661 0,494 -
1,652 0,493 -
1,642 0,490 -
1,633 0,488 -
1,624 0,485 -
1,615 0,483 -
1,607 0,483 -
1,599 0,483 -
1,591 0,482 -
1,583 0,479 -
1,575 0,476 -
1,569 0,474 -
1,561 0,470 -
1,554 0,465 -
1,546 - -
1,539 - -
1,532 - -
1,525 - -
1,517 - -
1,510 - -
1,502 - -
1,495 - -
1,488 - -
1,480 - -
1,474 - -
1,467 - -
1,460 - -
1,453 - -
1,446 - -
1,439 - -
1,423 - -
1,419 - -
1,411 - -
1,405 - -
1,399 - -
1,381 - -
1,364 - -
1,347 - -
1,331 - -
1,321 - -
1,305 - -
1,290 - -
1,275 - -
1,262 - -
1,246 - -
1,240 - -
1,235 - -
1,230 - -
1,224 - -
1,219 - -
1,214 - -
1,209 - -
1,193 - -
1,181 - -
1,168 - -
1,152 - -
1,139 - -
1,128 - -
1,114 - -
1,097 - -
1,093 - -
1,089 - -
1,081 - -
1,073 - -
1,057 - -
1,055 - -
1,054 - -
1,047 - -
1,036 - -
1,033 - -
1,029 - -
1,026 - -
1,012 - -
1,003 - -
0,993 - -
0,984 - -
0,975 - -
0,967 - -
0,960 - -
0,952 - -
0,945 - -
0,938 - -
0,930 - -
0,923 - -
0,917 - -
0,910 - -
0,902 - -
0,895 - -
0,891 - -
0,883 - -
0,872 - -
0,865 - -
0,859 - -
0,851 - -
0,844 - -
0,837 - -
0,835 - -
0,830 - -
0,825 - -
0,818 - -
0,813 - -
0,809 - -
0,800 - -
0,795 - -
0,789 - -
0,783 - -
0,779 - -
0,774 - -
0,770 - -
0,765 - -
0,760 - -
0,756 - -
0,751 - -
0,746 - -
0,743 - -
0,741 - -
0,739 - -
0,736 - -
0,733 - -
0,730 - -
0,725 - -
0,722 - -
0,719 - -
0,714 - -
0,704 - -
0,701 - -
0,975 - -
0,967 - -
0,960 - -
0,952 - -
0,945 - -
0,938 - -
0,931 - -
0,923 - -
0,917 - -
0,910 - -
0,902 - -
0,896 - -
0,891 - -
0,883 - -
0,872 - -
0,865 - -
0,859 - -
0,851 - -
0,844 - -
0,837 - -
0,835 - -
0,830 - -
0,825 - -
0,818 - -
0,812 - -
0,809 - -
0,800 - -
0,795 - -
0,789 - -
0,783 - -
0,779 - -
0,774 - -
0,770 - -
0,765 - -
0,760 - -
0,756 - -
0,751 - -
0,746 - -
0,743 - -
0,741 - -
0,739 - -
0,736 - -
0,733 - -
0,730 - -
0,725 - -
0,722 - -
0,719 - -
0,714 - -
0,704 - -
0,701 - -
0,693 - -
0,692 - -
0,688 - -
0,000 - -
0,679 - -
0,673 - -
0,665 - -
0,667 - -
0,664 - -
0,658 - -
0,652 - -
ENSAIO DE MATERIA L – COBRE
CP01 CP02 CP03
10,871 34,883 44,250
3,628 2,617 35,908
2,692 14,425 22,902
2,134 10,449 6,878
1,777 9,018 0,883
0,869 0,919 0,356
0,442 0,636 0,240
0,272 0,393 0,170
0,206 0,232 0,140
0,140 0,176 0,101
0,129 0,135 0,089
0,115 0,114 0,085
0,090 0,099 0,076
0,083 0,089 0,072
0,079 0,083 0,069
0,074 0,077 0,067
0,070 0,059 0,065
0,067 0,057 0,062
0,065 0,055 0,059
0,055 0,053 0,058
0,059 0,051 0,056
0,057 0,049 0,053
0,053 0,048 0,053
- 0,046 0,051
- 0,044 0,049
- 0,042 0,049
- 0,040 0,047
- - 0,045
- - 0,045
- - 0,043
- - 0,042
- - 0,040
- - 0,040