FEA Reference Guide See additional material herehere.

Slides:



Advertisements
Similar presentations
Finite element method Among the up-to-date methods of stress state analysis, the finite element method (abbreviated as FEM below, or often as FEA for analyses.
Advertisements

Course Introduction to virtual engineering Óbuda University John von Neumann Faculty of Informatics Institute of Intelligent Engineering Systems Lecture.
Modelling and Simulation for dent/deformation removal Henry Tan Tuesday, 24/2/09.
Parameterizing a Geometry using the COMSOL Moving Mesh Feature
WS11-1 VND101, Workshop 11 MSC.visualNastran 4D Exercise Workbook Bracket.
Symmetry & boundary conditions Joël Cugnoni, LMAF/EPFL, 2009.
ME 450 Group Adrian Conrad Chris Cook Thomas Hylton Nathan Wagers High Pressure Water Fixture Conceptual Design Analysis December 10, 2007.
Modeling for Analysis CE Design of Multi-Story Structures
Beams and Frames.
Some Ideas Behind Finite Element Analysis
Lecture 2 – Finite Element Method
Post-processing J.Cugnoni, LMAF/EPFL, Finite element « outputs » Essential variables:  Displacement u, temperature T find u such that : K u = f.
Copyright 2001, J.E. Akin. All rights reserved. CAD and Finite Element Analysis Most ME CAD applications require a FEA in one or more areas: –Stress Analysis.
FE analysis with bar elements E. Tarallo, G. Mastinu POLITECNICO DI MILANO, Dipartimento di Meccanica.
Mechanical Engineering Dept.
The problem to be solved is specified in a) the physical domain and b) the discretized domain used by FEA Governing principle law :
Introduction to Finite Element Analysis for Structure Design Dr. A. Sherif El-Gizawy.
Workshop A12-2 Fatigue: Strain-Life.
1 Kul Finite element method II – Vibration of a four storey building.
Can Bottom Snap-through
PIPE FEA USING ANSYS.
1 THERMAL & MECHANICAL PRELIMINARY ANALYSIS ELM COIL ALTERNATE DESIGN Interim Review July 26-28, 2010 In-Vessel Coil System Interim Review – July 26-28,
Available elements in SWS when discretising a model A Lozzi 2013 shown below is a pipe elbow represented with a variety of elements. are the earliest elements,
Chapter 5 Vibration Analysis
Introduction to virtual engineering László Horváth Budapest Tech John von Neumann Faculty of Informatics Institute of Intelligent Engineering.
© 2011 Autodesk Stressed Up: From Inventor Simulation to Simulation Mechanical Wasim Younis Senior Application Engineer, Symetri UK James Herzing Technical.
Design Analysis ‘n Manufacturing By - Yogesh Arora and Sangam Sinha.
Joël Cugnoni, LMAF/EPFL,  A FE model has a symmetry if and only if geometry, materials and loading all have the same symmetry !!  Symmetries help.
Copyright © 2010 Altair Engineering, Inc. All rights reserved.Altair Proprietary and Confidential Information Section 13 Loads and Boundary Conditions.
1 Tutorial 5-1: Part Sketch / Geometric Constraints.
Image courtesy of National Optical Astronomy Observatory, operated by the Association of Universities for Research in Astronomy, under cooperative agreement.
WS14-1 VND101, Workshop 14 MSC.visualNastran 4D Exercise Workbook Foot Support.
Chapter Five Vibration Analysis.
11/11/20151 Trusses. 11/11/20152 Element Formulation by Virtual Work u Use virtual work to derive element stiffness matrix based on assumed displacements.
COSMOSMotion Slides.
Image courtesy of National Optical Astronomy Observatory, operated by the Association of Universities for Research in Astronomy, under cooperative agreement.
9.0 New Features Metal Shaft with Rubber Boot Workshop 7 Load Steps in Workbench.
WS12-1 VND101, Workshop 12 MSC.visualNastran 4D Exercise Workbook Bike Release Lever.
Micro-valve Estimated Time for Completion: ~30min Experience Level: Lower MSC.Patran 2005 r2 MSC.Marc 2005 r2.
Results of Linear Stress Analyses for Modular Coils and Coil structure For 2T High Beta Currents at 0 Seconds and Initial Coil Shrinkage of in/in.
An Analysis of Shell Structure for Dead Load H.M. Fan PPPL September 16, 2005.
Analyses of Bolted Joint for Bolt Preload and Shear Load
Strength of Material-1 Introduction. Dr. Attaullah Shah.
Courtaboeuf, October 7th 2003
1 HOW MANY ELEMENTS? How to choose element size? –Critically important in obtaining good results –Mesh refinement improves solution accuracy. –How small.
Springback Analysis Workshop 10. Workshop Supplement March 15, 2001 Inventory # WS10-2 Utility Menu > File > Read Input from … > stamp.inp > OK.
General Analysis Procedure Chapter 4. Training Manual October 30, 2001 Inventory # Chapter 4 - General Analysis Procedure Overview The objective.
Nonlinear Analyses of Modular Coils and Shell structure for Coil Cool-down and EM Loads Part 1 – Results of Shell Structure and Modular Coils H.M. Fan.
Andrew Biehl.  The objective of this project is to develop a method for determining the nut factor of a bolted joint using the finite element method.
FEM Analysis of the Stage3 Support Frame H.M. Fan March 14, 2007.
CAD and Finite Element Analysis Most ME CAD applications require a FEA in one or more areas: –Stress Analysis –Thermal Analysis –Structural Dynamics –Computational.
TORSION OF A SHAFT WITH A SHOULDER FILLET
WS8-1 WORKSHOP 8 RECTANGULAR SECTION CANTILEVER BEAM CAT509, Workshop 8, March 2002.
REAR RACK (MODAL) ANALYSIS
Finite element mesh and load definition
Finite Element Analysis Systems Analysis February 2017
WORKSHOP 2 SOLID-TO-SOLID CONTACT
SEAT POST ASSEMBLY ANALYSIS
WORKSHOP 11 PRESS FIT CAT509, Workshop 11, March 2002 WS11-1.
Oring Constraints.
BICYCLE PEDAL MESH REFINEMENT AND ADAPTIVITY
FEA Analysis of an Assembly with Bolt Fasteners
FLAT PLATE COLUMN BUCKLING
WORKSHOP 10 ANNULAR PLATE
CAD and Finite Element Analysis
BICYCLE PEDAL STATIC ANALYSIS
7ο εξάμηνο Σχολή Μηχανολόγων Μηχανικών ΕΜΠ Διδάσκων: Michael Neidlin
FEA Introduction.
Workshop 2.1 ANSYS Mechanical Basics.
MECH 3550 : Simulation & Visualization
Presentation transcript:

FEA Reference Guide See additional material herehere

Setting Up Make Part or Product Assign Material Properties –Ideally done during part creation –Can be done in Generative Structural Analysis workbench –Needed for FEA Analysis

Mesh Divides up the part to perform analysis –Can be adjusted by clicking on the symbol –Can be adjusted by clicking in design tree –Needed for FEA Analysis

Mesh Mesh Size –The elemental size of part divisions Mesh Sag –Max distance between mesh and actual curve

Mesh Linear Mesh –Quick simple mesh –Good for non critical parts Parabolic Mesh –Longer, more accurate mesh –Good for critical parts Tetrahedron Elements linear parabolic

Analysis Supports Constraints on existing geometry Used for FEA Analysis on Products Based on existing geometry Can be created in the Assembly Design workbench using the constraints toolbar

Analysis Supports General Analysis Connection Point Analysis Line Analysis Surface Analysis Points to Points Analysis

Connection Properties Used to define boundary interactions between bodies Used for FEA Analysis on Products Based on existing Analysis Supports or an Assembly Restraint

Connection Properties Fastened Connection Property –Allows two bodies to behave as one Slider Connection Property –Allows sliding in tangential planes Contact Connection Property –Allows movement until contact is made

Connection Properties Fastened Spring Connection Property –Forms elastic connection between faces Pressure Fitting Connection Property –Links two bodies with a negative clearance Bolt Tightening Connection Property –Takes into account bolt pre-tensioning

Connection Properties Rigid Connection Property –Links two bodies as infinitely rigid Smooth Connection Property –Links two bodies with elastic deformation Virtual Bolt Tightening Connection Property –Takes into account virtual bolt pre- tensioning

Connection Properties Virtual Spring Bolt Tightening Connection Property –Takes into account virtual bolt tightening similar to Virtual Bolt Tightening Customized User-Defined Connection Property –Allows user to specify elements and the properties associated

Restraints Used to restrain a part(s) as the application deems necessary Used in all applications Can incorporate virtual parts Needed for FEA Analysis

Restraints Clamp –Fully restrains a support from moving User-Defined –Restrain a support in any combination of X, Y, and Z translation and rotation Isostatic –Restrain used for frequency analysis

Restraints Surface Slider Slider Sliding Pivot Ball joint Pivot

Loads Model forces acting on part Not needed in Frequency Analysis Needed for Static Analysis

Loads Distributed Load Distributed Pressure Moment Enforced Displacement Temperature Field Mass Density (Frequency)

Solution Compute –Meshes and computes the analysis Save –Saves you analysis results html Report –Generates an html report of the analysis

Post Processing Visualize the results of the FEA analysis

Post Processing Deformation –Shows the deformed part from analysis Displacement –Shows the displacement of the part Von Mises Stress –Shows the stress distribution of the part

Post Processing Animation –Animates current image from unloaded to loaded states Scaling –Scales the image to better see effects Max/Min –Finds a minimum or maximum stress value

Post Processing Cut Planes –See a cut out of the analysis results Principle Stresses –See Von Mises principle stress state View Modes –Shading with edges shows the mesh and results, shading with material does not show mesh