B- For the spring system given in Fig. B, Model the problem using Combine 14 element inANSYS Mechanical APDL software, (With Screen Capture Step by Step) then, answerthese questions: (Ki=1000 N/mm, K2= K4 = 500 N/mm, K=400 N/mm) (Fi=100 N,Fz=120 N).1- Describe the element type that you used in the model.2- Solve for the nodal displacements.3- Solve for the reaction forces.ki2k2F2k3www-wwwm33 5Fig. B

We are using springs element with stiffness constant k and the displacement is contained in one…

B- For the spring system given in Fig. B, Model the problem using Combine 14 element in ANSYS Mechanical APDL software, (With Screen Capture Step by Step) then, answer these questions: (Kı=1000 N/mm, K2= K4 = 500 N/mm, K3=400 N/mm) (Fi=100 N, F:=120 N). 1- Describe the element type that you used in the model. 2- Solve for the nodal displacements. 3- Solve for the reaction forces.

B- For the spring system given in Fig. B, Model the problem using Combine 14 element in ANSYS Mechanical APDL software, (With Screen Capture Step by Step) then, answer these questions: (Kı=1000 N/mm, K2= K4 = 500 N/mm, K3=400 N/mm) (Fi=100 N, F:=120 N). 1- Describe the element type that you used in the model. 2- Solve for the nodal displacements. 3- Solve for the reaction forces.

Elements Of Electromagnetics

7th Edition

ISBN:9780190698614

Author:Sadiku, Matthew N. O.

Publisher:Sadiku, Matthew N. O.

ChapterMA: Math Assessment

Section: Chapter Questions

Problem 1.1MA

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Question

100%

B- For the spring system given in Fig. B, Model the problem using Combine 14 element in
ANSYS Mechanical APDL software, (With Screen Capture Step by Step) then, answer
these questions: (Ki=1000 N/mm, K2= K4 = 500 N/mm, K=400 N/mm) (Fi=100 N,
Fz=120 N).
1- Describe the element type that you used in the model.
2- Solve for the nodal displacements.
3- Solve for the reaction forces.
ki
2
k2
F2
k3
www-wwwm
3
3 5
Fig. B

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