Tips: 1. The central teaching strictly personally coached by the project and have years of experience in the design of actual combat expert authority. One characteristic of teaching, intentions can be a rewarding experience by key! 2. The various courses throughout the year classes, divided the day shift, evening and weekend classes, or pick school, flexible workforce to meet the needs of the time. 3. foreign students by the Centre to resolve the accommodation problem 4. Contact: Miss Deng day counseling Registration Phone (holidays as usual) Training: finite element analysis theory, solid modeling Ansys, 3D graphics import conversion, meshing, loading and pre-processing and solving structural strength analysis, frequency analysis, harmonic analysis, buckling analysis, institutional size optimization analysis, fatigue analysis, thermal analysis, drop testing, response spectrum analysis, finite element analysis. ?????? (Note: Ansys three-dimensional model can be called directly pore, UG, Solidworks, catia, solidedge, Inventor and other software, without conversion into IGES, stp other formats can be directly analyzed in a three-dimensional model of a software update can be dynamically updated directly in Ansys) Tuition: 4500 yuan training time: 2 weeks, until learned: If one training can be arranged according to student mastery shortened or extended hours, the teaching process outside the conventional example can increase your products in addition to To explain the case directly, so apply their knowledge after the training also available through QQ, answer the phone or return to Division I, will not be charged. 1. ANSYS14.0 Workbench static structural analysis 1.1 Overview 1.2 ????????? ????????? structural analysis structural analysis structural equation of motion 1.4 1.3 ????????? ????????? 1.5 ????????? engineering data analysis settings in the user interface to define the material properties of geometric model 1.6 1.7 ???????? ????????? ? custom parts behavior analysis settings 1.9 1.8 ????? ?????? load and support, stress and deformation, fatigue analysis solution options 1.11 1.10 ?????? ?????? results after treatment: stress 2.3 linear buckling analysis, deformation, strain, report output, etc. 2.? ANSYS14.0 Workbench? linear buckling analysis 2.1 ????????? linear buckling analysis concepts and applications 2.2 ????????? Modal Analysis (Modal) 3.1 ????????? modal analysis and application of the concept of modal analysis ???? ????????? 3.2 Problem Description and Analysis 3. ANSYS14.0 Workbench? Modal analysis process 3.3 ????????? case - undamped free vibration of single degree of freedom system model ???? Problem Description and Analysis 3.4 3.5 3.6 ???? ??? numerical simulation results compare? ? ?? ANSYS14.0 Workbench? random vibration analysis (Random Vibration) 4.1 ????????? random vibration analysis and application of the concept of random vibration analysis ????????? 4.2 4.3 ???? ????? random vibration analysis case - random response of the circuit board, the product is damaged during transport vibration analysis Problem Description 4.5 4.4 ??? ??? ANSYS14.0 Workbench numerical simulation of seismic response spectrum analysis????? ????????? 5.1 earthquake response spectrum analysis concepts ????????? 5.2 earthquake response spectra purpose and application 5.3 earthquake response spectra ????????? motion equation 5.4 ??? ?????? Points 5.5 earthquake response spectrum of seismic response spectrum ????????? process? ANSYS14.0 Workbench? harmonic response analysis (Harmonic Response) 6.1 ????????? harmonic analysis 6.2 ????????? concept harmonic response analysis purposes and applications 6.3 ????????? harmonic analysis equations of motion 6.4 ????????? harmonic response analysis 6.5 points ??? ?????? harmonic response analysis 6.6 ????????? harmonic analysis case -? frequency response of the equipment rack 6.7 6.8 ???? problem description and analysis of numerical simulation ANSYS14.0 ??? Workbench? structure explicit dynamic analysis (Explicit Dynamics) 7.1 ????????? explicit dynamic structural analysis concepts and applications 7.2 ????????? explicit dynamic analysis of structures 7.3 ???? ????? structure explicit dynamic analysis ???? Crash Case 7.4 Description of the problem? 7.5 ???? drop collision analysis? numerical simulation? ANSYS14.0 Workbench? thermodynamic analysis 8.1? Structure Static Analysis 8.2 ?? structural steady-state thermal analysis: 8.3 ??? thermal analysis of the basic heat transfer analysis, thermal analysis model, 8.4 ??? Case Study: modeling, solving and post-processing structure of transient thermal analysis ?? 8.5: 8.6 ??? time and load step, the sub-step and equilibrium iteration, convergence criteria, the initial temperature gradient step and 8.7 ?? output load control, to see the results of transient analysis, 8.8 ??? structure - thermal coupling field analysis: 8.9? ?? thermal stress analysis ANSYS14.0 Workbench? transient structural analysis (Transient Structural) 9.1 ????????? transient dynamic analysis concept and application 9.2 ????????? (ANSYS) structure Transient Dynamic Analysis Transient Structural 9.2.1 ???? transient structural analysis outlined? 9.2.2 ???? transient structural analysis? 9.2.3 ???? transient structural analysis 9.2.3.1 Case ??? problem description and analysis? 9.2.3.2 ??? numerical simulation? 9.2.4 ???? rigid body dynamic analysis case 9.2.4.1 ??? description of the problem? 9.2.4.2 ??? Analysis? 9.2.4.3 ??? numerical simulation? 9.2.4.4 ??? results contrast ANSYS14.0 Workbench? ????????? Fatigue Analysis Fatigue Analysis 10.1 10.2 ????????? concept fatigue analysis purposes and applications After the material definition 10.4 10.3 SN curve stress amplitude loading custom designed safety guidelines 10.5 10.6 result processing: Life Cycle Analysis ANSYS14.0 Workbench 11.1 ?????????? contact contact analysis concepts and applications 11.2 ?????? 11.3 ???? ???? contact analysis problem description and analysis ANSYS14.0 Workbench? stiffness analysis (F = KX) 12.1 ????????? stiffness analysis of the concept and application of 12.2 ?????? 12.3 ???? ??? stiffness analysis problem description and analysis ANSYS14.0 Workbench load capacity load inertia load restraint 13.1 13.2 13.3 constraint force applied load fixed load ANSYS14.0 Workbench 14.1 Meshing Grid Control Type: Automatic division tetrahedral, hexahedral, sweep, multi-division 14.2 Grid Control: size, encryption control, exposure controls 14.3 mesh impact on the results of different models to explain and deal with the network to explain 14.4 and handling