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Enter 2nd Keypoint X=500, Y=1000. Z will remain zero since we have 2D Bridge Truss. Click Apply. Step 6: Enter 3rd Keypoint X=1000,Y=0. Click Apply. Step 7: Enter 4th Keypoint X=1500,Y=1000. Click Apply. Step 8: Enter 5th Keypoint X=2000,Y=0. Click OK Step 9: Now we have keypoints plotted. We have to create lines along these keypoints. Goto Modeling >> Create >> Lines >> In Active Coord. Step 1: This is the second part of tutorials in Which we solve the problem. Under Solution >> Analaysis Type >> New analysis. Select static and click OK.

For example, when you perform a save operation in ANSYS, it'll store your work in a file called truss.db in your working directory. Click on Run. This brings up the ANSYS interface. Step 2: Specify element type and constants Enter the Preprocessor module. Main Menu > Preprocessor. This is the module where you create the geometry, specify appropriate displacement constraints and loading, and mesh the geometry. Two Dimensional Truss Introduction This tutorial was created using ANSYS 7.0 to solve a simple 2D Truss problem. This is the first of four introductory ANSYS tutorials. Problem Description Determine the nodal deflections, reaction forces, and stress for the truss system shown below. Note that Young's. This is our problem which we are going to solve. In initial step we will identify the keypoints. The keypoints are 1. 0 0 0 2. 3000 3000 0 3. 6000 0 0 4. 0 3000 0 5. 6000 3000 0 6. 3000 6000 0 7. 0 6000 0 8. 6000 6000 0 9. 0 9000 0 10. 3000 9000 0 11. 6000 9000 0 12. 0 12000 0 13. 3000 12000 0 14. The ability to model 2-D truss problems in ANSYS. The ability to generate finite element models using the direct method i.e. defining nodes and then defining elements linking those nodes, as opposed to taking a solid model and dividing it up into elements which we will do in subsequent tutorials.

Thank you for answer, but result is already false. In ANSYS APDL I have different result with Workbench. Also my APDL result is compatible with experiments. This tutorial was created using ANSYS 7.0 to solve a simple 2D Truss problem. This is the first of four introductory ANSYS tutorials. Problem Description Determine the nodal deflections, reaction forces, and stress for the truss system shown below E = 200GPa, A = 3250mm2. Modified from Chandrupatla & Belegunda, Introduction to Finite Elements in Engineering, p.123 Preprocessing: Defining.

Next, it introduces a basic 10-step procedure for finite element analysis. This is followed by a brief history of ANSYS and finite element software programs. Next, it summarizes the current ANSYS Mechanical APDL products and program capabilities. Finally, it describes the program’s evolution and how that influences the use of ANSYS, Inc. Is it possible to connect Finite Element Modeler to Static Structural Model and retain 2D analysis? I'm attempting 2D fatigue analysis of a simple axisymmetric part in Workbench 18.2, but I'd like to use Mechanical APDL for meshing.