mechri djelloul مهندس تحت الاختبار
عدد المساهمات : 16 التقييم : 22 تاريخ التسجيل : 23/10/2012 العمر : 43 الدولة : الجزائر العمل : طالب الجامعة : مستغانم
| موضوع: كتاب سوليد ووركس التحليلي - SolidWorks Simulation 2015 Black Book الإثنين 14 سبتمبر 2015, 6:37 pm | |
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تذكير بمساهمة فاتح الموضوع :أخوانى فى الله أحضرت لكم كتاب سوليد ووركس التحليلي SolidWorks Simulation 2015 Black Book
Matt Weber CAD/CAM/CAE Expert
ويتناول الموضوعات الأتية :
Table of Contents SolidWorks Simulation 2015 Black Book Training and Consultant Services Preface About Author Introduction to Simulation Chapter 1 Simulation Types of Analyses performed in SolidWorks Simulation Static Analysis Dynamic Analysis Thermal analysis Steady State Thermal Analysis Transient Thermal Analysis Drop Test Studies Fatigue Analysis Pressure Vessel Design Study Design Study FEA Starting SolidWorks Simulation On clicking Study Advisor On clicking New Study Page left blank intentionally Basics of Analyses Chapter 2 Starting Analysis Applying Material Adding Custom Materials Defining Fixtures Fixtures Advisor Fixed Geometry Roller/Slider Fixed Hinge Elastic Support Advanced Fixtures External Load Advisor External Load Advisor Force Torque Pressure Gravity Centrifugal Force Bearing Load Remote Loads/Mass Distributed Mass Temperature Flow Effects/Thermal Effects Connections Advisor Connections Advisor Contact Sets Component Contact Contact Visualization Plot Spring Pin Bolt Spot Weld Edge Weld Link Bearing Rigid Connection Meshing Running Analysis Results Advisor Results Advisor Model Only(No Results) New Plot List Stress, Displacement and Strain Result Force Static Analysis Chapter 3 Linear static analysis Assumptions Performing Static Analysis Starting the Static Analysis Applying Material Applying Fixtures Applying Loads Meshing the model Running the Analysis Results Optimizing product Shell Manager Performing Static Analysis Using Study Advisor Starting the Static Analysis Non-Linear Static Analysis Chapter 4 Non Linear Static Analysis Starting Nonlinear Static Analysis Applying Material Applying Fixtures Applying Time Varying Force Running the analysis Performing Nonlinear Static analysis on an assembly Starting Non-Linear Static Analysis Applying the Material Applying Fixtures Applying Forces Applying Connections Running the analysis Performing Nonlinear Static analysis on a ring under application of Torque Starting Non-Linear Static Analysis Applying the Material Applying Fixtures Applying Forces Running the analysis Non-Linear Dynamic Analysis Chapter 5 Non Linear Dynamic Analysis Starting Nonlinear Dynamic Analysis Applying Material Applying Fixtures Applying Time Varying Force Applying Connections Global Damping Running the analysis Frequency Analysis Chapter 6 Introduction Starting Frequency Analysis Applying Material Applying Fixtures Applying Forces Setting Parameters for the analysis Running the analysis Linear Dynamic Analysis Chapter 7 Linear Dynamic Analysis Modal Time History Analysis Harmonic Analysis Random Vibration Analysis Response Spectrum Analysis Starting Random Vibration Analysis Applying Material Applying Fixtures Applying Force Vibrations Applying Global Damping Running the analysis Modal Time History Analysis Harmonic Analysis Response Spectrum Analysis Thermal Analysis Chapter 8 Introduction Important terms related to Thermal Analysis Thermal Loads Temperature Convection Heat Power Heat Flux Radiation Contact Set Practical on Steady State Thermal Analysis Starting the analysis Applying Material Applying temperature on the face Applying heat generated by gas combustion on the head of the piston Running the Analysis Switching from steady state analysis to transient thermal analysis Specifying Initial Temperature Running the analysis Using Probe to find out temperature Buckling Analysis Chapter 9 Introduction Use of Buckling Analysis Starting the Buckling Analysis Applying Material Applying Fixture Applying the Force Running the Analysis Fatigue Analysis Chapter 10 Introduction Stages of Failure Due to Fatigue Starting Fatigue Analysis Initiating Fatigue Analysis Applying or Editing S-N data Modifying the Static Analysis earlier performed Running the Fatigue Analysis Changing Properties of Fatigue Analysis Drop-Test Chapter 11 Introduction Starting Drop Test Applying Material Creating Mesh Parameters for Drop Running the Analysis Pressure Vessel Design and Design Study Chapter 12 Introduction Thermal Analysis 1 Static Analysis 1 & 2 Starting Pressure Vessel Design Study Setup for Design Study Running the Design Study Design Study Starting Design Study Setting options for Design Study Specifying parameters that are to be changed Specifying restrictions for changes Setting Goal for the study Running the Study Fundamentals of FEA Chapter 13 Introduction GENERAL DESCRIPTION OF THE METHOD A BRIEF EXPLANATION OF FEA FOR A STRESS ANALYSIS PROBLEM FINITE ELEMENT METHOD V/S CLASSICAL METHODS FEM VS FINITE DIFFERENCE METHOD (FDM) NEED FOR STUDYING FEM Warning To Fea Package Users Geometric Discontinuities Discontinuity of Loads Discontinuity of Boundary conditions Material Discontinuity REFINING MESH Use Of Symmetry HIGHER ORDER ELEMENTS V/S REFINED MESH Optimum process of FEA through SolidWorks Simulation Space for Student Notes Project on Analysis Chapter 14 Project Starting Simulation Performing the Static Analysis Performing the Frequency Analysis Performing Fatigue Study Practice Questions
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