課程簡介

Adams是全球運用最為廣泛的機械系統仿真軟件，用戶可以利用Adams在計算機上建立和測試虛擬樣機，實現事實再現仿真，了解復雜機械系統設計的運動性能。

MD Adams（MD代表多學科）是在企業級 MSC SimEnterprise仿真環境中與MD Nastran相互補充，提供了對于復雜的高級工程分析的完整的仿真環境， SimEnterprise是當今最為完整的集成仿真和分析技術。

MD Adams的發布完全支持運動-結構耦合仿真，與MD Nastran的雙向集成可以釋放便利地將Adams的模型輸出到Nastran進行更為詳細的NVH分析或應力恢復，繼而進行壽命/損傷計算。

目錄

1：Use of motion simulation to determine load-stroke curves of controls surfaces

2：Improve Safety and Stability Performance for Heavy Equipment Using Adams

 

• 1：Introducing All New Adams-Machinery(part 01 of 14)
• 2：Model and Analyze Serpentine Belt system in Adams(part 02 of 14)
• 3：Flexible Body Integration Using Adams and MSC Nastran(part 03 of 14)
• 4：Adams FMI webinar(part o4 of 14)06:03
• 5：Perform Dynamic Analysis on Cable Systems using Adams(part 05 of 14)
• 6：Incorporating Adams into Mechanical Engineering Courses(part 06 of 14)
• 7：Virtual Test of NASA's Morpheus Vehicle Using Adams(part 07 of 14)
• 8：Top 10 Reasons to Start Using Adams(part 08 of 14)
• 9：Adams co-simulation with Easy5 for Hydraulic Analysis of Large Machinery(part 09 of 14)
• 10：Adams For Robotics(part 10 of 14)05:12
• 11：Conduct Vehicle Safety Analysis using Adams Car(part 11 of 14)35:34
• 12：Introduction to Adams-Marc Cosimulation(part 12 of 14)44:13
• 13：Noise Prediction of Moving Mechanisms using Coupled MBD Acoustics analysis(part 13 of 14)
• 14：Improve Safety and Stability Performance for Heavy Equipment Using Adams(part