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SDRC I-DEAS Finite Element Analysis

Finite Element Analysis (FEA)What is Finite Element Analysis?Types of Finite Element Analysis (FEA)Structural MechanicsLinear Elastic, Static, Trusses, Beams, Frames, Plates, 2-D

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SDRC I-DEAS Finite Element Analysis

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    1. SDRC I-DEAS Finite Element Analysis Concurrent Engineering I MEM 800 / 380 Lecture week 6 --- FEM Instructor: Dr. Jack Zhou

    2. Finite Element Analysis (FEA) What is Finite Element Analysis? Types of Finite Element Analysis (FEA) Structural Mechanics Linear Elastic, Static, Trusses, Beams, Frames, Plates, 2-D & 3-D Solids Advanced Structural Mechanics Buckling, Frequency Analysis, Dynamic Analysis, Fracture Mechanics, Composite Analysis, Non-linear Analysis Non Structural Applications Thermal Analysis, Fluid Flow Analysis, Magnetic Field Analysis SDRC I-DEAS Simulation Application

    3. SDRC I-DEAS Simulation Application Tasks Within Simulation Application Master Modeler -- Construct solid models Master Surfacing -- Construct complicated surfaces Boundary Conditions -- Apply BC’s to parts Meshing -- Mesh part using finite elements Model Solution -- Solve the part FEM Optimization -- Optimize the design according to results Beam Sections, Laminates, Weld Locator, Thermoplastic Molding, Thermoset Molding, TMG Thermal Analysis, Vibro-Acoustics, Electro-system Cooling

    4. SDRC I-DEAS Simulation Application Today’s Lecture Structural Analysis Linear Elastic 3-D Solid Example

    5. SDRC I-DEAS Simulation Application How to perform FEA

    6. EXAMPLE - Step 1

    7. EXAMPLE - Step 2

    8. EXAMPLE - Step 3

    9. EXAMPLE - Step 4

    10. EXAMPLE - Step 5

    11. EXAMPLE - Step 6

    12. EXAMPLE - Step 7

    13. EXAMPLE - Step 8

    14. EXAMPLE - Step 9

    15. EXAMPLE - ??

    16. EXAMPLE - ??

    17. Where to find this lecture and other help? http://cadpc3.mem.drexel.edu/ Click on Teaching Activities Look at week6 materials http://cadpc3.mem.drexel.edu Look for tutorial on FEA

    18. Home Work 1. Read chapter #11 of SDRC I-deas Student Guide 2. Do FEA for the example part and compare the result with your mechanics calculation result, and then explain them.

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