友情鏈接:
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>工業(yè)機器人仿真培訓 |
R語言大數據分析培訓課程 |
Ansys Workbench模擬培訓
曙海教學優(yōu)勢
本課程面向企事業(yè)項目實際需要,秉承二十一年積累的教學品質，2019 ANSYS WB FEA 靜力學+運動學培訓以項目實現為導向,老師將會與您分享設計的全流程以及工具的綜合使用技巧、經驗。線上/線下/上門皆可,2019 ANSYS WB FEA 靜力學+運動學培訓專家,課程可定制,熱線:4008699035。
大批企業(yè)和曙海
建立了良好的合作關系,20多年來，合作企事業(yè)單位以達30多萬。曙海的課程培養(yǎng)了大批受企業(yè)歡迎的工程師。曙海的課程在業(yè)內有著響亮的知名度。
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Courses
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English Description
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Agenda
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ANSYS Mechanical Basic機械結構
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This training course covers the basics of using ANSYS Mechanical
in performing structural and thermal analyses. It is intended for all new or occasional ANSYS Mechanical users, regardless of the CAD software used. Course Objectives: – General understanding of the user interface, as related to geometry import, meshing, application of loads and supports, and post processing – Procedure for performing FEA simulations, including linear static, modal, and harmonic structural analyses and nonlinear steady-state thermal analyses – Utilizing parameters for ‘what-if’ scenarios ? Training Courses are also available covering the use of other Workbench modules -Fatigue (e.g. Design Modeler, Design Exploration, etc.) |
Lecture – Introduction Lecture – Chapter 2: Mechanical Basics
Workshop 2.1 Lecture – Chapter 3: General Preprocessing Workshop 3.1 Lecture – Chapter 4: Meshing in Mechanical
Workshop 4.1 Lecture – Chapter 5: Static Structural Analysis Workshop 5 Workshop 5.2 Lecture – Chapter 6: Modeling Connections Workshop 6.1 Lecture – Chapter 7: Remote Boundary Conditions Workshop 7.1 Lecture – Chapter 8: Multistep Analysis Workshop 8.1 Lecture – Chapter 9: Vibration Analysis Workshop 9.1 Lecture – Chapter 10: Thermal Analysis Workshop 10.1 Lecture – Chapter 11: Results and Post processing?Workshop 11.1
Lecture – Chapter 12: CAD and Parameters?Workshop 12.1
Lecture – Chapter 13: Thread Workshop 13.1
Lecture – Chapter 14: Fatigue Workshop 14.1
Lecture – Chapter 15: O-ring Workshop 15.1
Lecture – Chapter 16: Rigid Dynamic Workshop 16.1
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ANSYS Mechanical Rigid Body Dynamics
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Rigid Multibody Dynamics
?Consists only of rigid bodies
?Motion due only to joints/contacts
?Goal is determination of Motion and Forces
?Few degrees of freedom, fast solves
?Best suited for short duration large deformation analysis
?Can be performed by “Rigid Dynamics” analysis system
?Large deformation and large rotations capabilities
?Contact shock (energy restitution)
?Based on energy conservation
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Lecture 1: Introduction to ANSYS Multibody Analysis
Lecture 2: Rigid Dynamics procedure
Workshop 1 –Rigid Body Basics
Workshop 2 –Applying Motion Loads in Structural Analysis
Lecture 3: Connections
Workshop 3 –Elevator Device
Workshop 4 –Using the Assemble and Stops Features
Workshop 5 –Constraint Equations
Workshop 6 –Gear Backslash
Lecture 4: Transient Structural Analysis
Workshop 7 –Transient Structural Analysis of an Engine Assembly
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