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user.engineering.uiowa.eduuser.engineering.uiowa.edu/~swan/courses/57019/hw3_problems.pdf · The square rubber block is subjected to a shear strain + where x and y are in mm. This

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Page 1: user.engineering.uiowa.eduuser.engineering.uiowa.edu/~swan/courses/57019/hw3_problems.pdf · The square rubber block is subjected to a shear strain + where x and y are in mm. This
Page 2: user.engineering.uiowa.eduuser.engineering.uiowa.edu/~swan/courses/57019/hw3_problems.pdf · The square rubber block is subjected to a shear strain + where x and y are in mm. This
Page 3: user.engineering.uiowa.eduuser.engineering.uiowa.edu/~swan/courses/57019/hw3_problems.pdf · The square rubber block is subjected to a shear strain + where x and y are in mm. This
Page 4: user.engineering.uiowa.eduuser.engineering.uiowa.edu/~swan/courses/57019/hw3_problems.pdf · The square rubber block is subjected to a shear strain + where x and y are in mm. This
Page 5: user.engineering.uiowa.eduuser.engineering.uiowa.edu/~swan/courses/57019/hw3_problems.pdf · The square rubber block is subjected to a shear strain + where x and y are in mm. This