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A body is subjected to three-di mensional forces and the state of stress at a point in it is represented as 200 200 200 200 -100 200 200 200 -100 the normal stress, shearing stress = Normal stress = 400 MPa Shearing St ress = t = 141.409 Normal stress = 242 MPa Shea ring St ress = t =98 None Normal stress = 135 MPa Shea ring St ress = t =79

A body is subjected to three-di mensional forces and the state of stress at a point in it is represented as 200 200 200 200 -100 200 200 200 -100 the normal stress, shearing stress = Normal stress = 400 MPa Shearing St ress = t = 141.409 Normal stress = 242 MPa Shea ring St ress = t =98 None Normal stress = 135 MPa Shea ring St ress = t =79

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A body is subjected to three-dimensional forces and the state of stress at a point in it is represented as 200 200 200 200 -100 200 200 200 -100 the normal stress, shearing st ress = Normal st ress = 400 MPa Shearing St ress = t = 141.409 Normal stress = 242 MPa Shearing St ress = t =98 None Normal st ress = 135 MPa Shearing St ress = t =79
Transcribed Image Text:A body is subjected to three-dimensional forces and the state of stress at a point in it is represented as 200 200 200 200 -100 200 200 200 -100 the normal stress, shearing st ress = Normal st ress = 400 MPa Shearing St ress = t = 141.409 Normal stress = 242 MPa Shearing St ress = t =98 None Normal st ress = 135 MPa Shearing St ress = t =79
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