3.11 If the deformation mapping of a body in a naval machine is given by X(X) = (X₁ + AX₂)ê1 + (X₂ + BX₁)êz + X3ê3, where A and B are constants. Determine the components of the Green strain tensors. The Grain strain tensor in HW-5 is [E] = 0.5 { [F]¹ [F] – [1] }. The Euler strain tensor in HW-5 is [e] = 0.5 {[1] - [F] [F]-¹}.
3.11 If the deformation mapping of a body in a naval machine is given by X(X) = (X₁ + AX₂)ê1 + (X₂ + BX₁)êz + X3ê3, where A and B are constants. Determine the components of the Green strain tensors. The Grain strain tensor in HW-5 is [E] = 0.5 { [F]¹ [F] – [1] }. The Euler strain tensor in HW-5 is [e] = 0.5 {[1] - [F] [F]-¹}.
Advanced Engineering Mathematics
10th Edition
ISBN:9780470458365
Author:Erwin Kreyszig
Publisher:Erwin Kreyszig
Chapter2: Second-order Linear Odes
Section: Chapter Questions
Problem 1RQ
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Transcribed Image Text:3.11 If the deformation mapping of a body in a naval machine is given by
X(X) = (X₁ + AX₂)ê1 + (X₂ + BX₁)êz + X3ê3,
where A and B are constants.
Determine the components of the Green strain tensors.
![The Grain strain tensor in HW-5 is [E] = 0.5 { [F]¹ [F] – [1] }.
The Euler strain tensor in HW-5 is [e] = 0.5 {[1] - [F] [F]-¹}.](/v2/_next/image?url=https%3A%2F%2Fcontent.bartleby.com%2Fqna-images%2Fquestion%2F780f9839-f737-4aba-91a2-6210989911b1%2F19f4910d-b352-4065-ad40-3211e8e53ebe%2Fz8obpps_processed.png&w=3840&q=75)
Transcribed Image Text:The Grain strain tensor in HW-5 is [E] = 0.5 { [F]¹ [F] – [1] }.
The Euler strain tensor in HW-5 is [e] = 0.5 {[1] - [F] [F]-¹}.
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