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BELOW IS MY ANSWER TO THE QUIZ
Mu is the coefficient of friction static=dynamic
Contacts, prismatic elements, and left end constraint "in plane"
Right end constraint for symmetry and enforced displacment.
SOLVE TIME APPROXIMATELY 100 seconds.
Elements: 142
Contacts: 1
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Standard Design Study
Static Analysis "Wire2_mu_op3":
Contact Analysis
Large Deformation Analysis
Time Step 2 of 81: 1.25000e-02
Contact Area: 8.18123e-02
Calculating Disp and Stress Results (13:37:09)
Solving Equations (13:37:10)
Time Step 3 of 81: 2.50000e-02
*** sliding first Occurred
*** Interface1:locally sliding
*** Interface1:fully sliding
Contact Area: 8.18122e-02
Calculating Disp and Stress Results (13:37:12)
Solving Equations (13:37:12)
Time Step 4 of 81: 3.75000e-02
very good
what about z=-100 mm? (oddly interesting effect)
yes, I see a maxima around 85mm, 47N for Mu=0.3
(without Mu)
"... 47N for Mu=0.3..."
47N x 2 (?)
Oops again.