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Training Courses：

1. Introduction to KISSSoft (KISSSoft 簡介)

1.1 Overview of KISSSoft (KISSSoft 概述)

History and applications (歷史與應用領域)

Integration with CAD/CAE systems (與 CAD/CAE 系統的集成)

1.2 System Requirements and Installation (系統要求與安裝)

Hardware and software prerequisites (硬件與軟件要求)

Installation steps and activation (安裝步驟與激活)

2. Basic Operations and Interface Navigation (基礎操作與界面導航)

2.1 User Interface Layout (用戶界面布局)

Menu bar, toolbar, project tree, and property windows (菜單欄、工具欄、項目樹與屬性窗口)

Customization options (自定義選項)

2.2 Data Input and Editing (數據輸入與編輯)

Manual input and importing external files (手動輸入與導入外部文件)

Real-time validation and error提示 (實時校驗與錯誤提示)

3. Gear Design Fundamentals (齒輪設計基礎)

3.1 Gear Types and Parameters (齒輪類型與參數)

Spur, helical, bevel, and worm gears (直齒、斜齒、錐齒與蝸輪)

Key parameters: module, number of teeth, pressure angle, etc. (關鍵參數：模數、齒數、壓力角等)

3.2 Geometric Calculations (幾何計算)

Dimensioning and tolerance specifications (尺寸與公差規范)

Tooth profile modifications (齒形修形)

3.3 Strength Calculations (強度計算)

Contact and bending stress analysis (接觸與彎曲應力分析)

Load spectrum application (載荷譜應用)

4. Advanced Gear Design and Optimization (高級齒輪設計與優化)

4.1 Optimization Techniques (優化技術)

Multi-objective optimization for gear parameters (齒輪參數的多目標優化)

Tooth profile and lead modifications for noise reduction (齒形與齒向修形以降低噪音)

4.2 3D Modeling and Simulation (3D 建模與仿真)

Creating 3D gear models (創建 3D 齒輪模型)

Dynamic simulation of gear meshing (齒輪嚙合的動態仿真)

5. Bearing Design and Analysis (軸承設計與分析)

5.1 Bearing Selection and Calculation (軸承選型與計算)

Types of bearings and selection criteria (軸承類型與選型標準)

Life calculation based on L10 method (基于 L10 方法的壽命計算)

5.2 Bearing Installation and Maintenance (軸承安裝與維護)

Proper mounting methods (正確的安裝方法)

Lubrication recommendations (潤滑建議)

6. Transmission System Design and Analysis (傳動系統設計與分析)

6.1 System Modeling and Simulation (系統建模與仿真)

Building transmission system models in KISSsys (在 KISSsys 中構建傳動系統模型)

Kinematic and dynamic simulations (運動學與動力學仿真)

6.2 Performance Evaluation and Optimization (性能評估與優化)

Efficiency, noise, and vibration analysis (效率、噪音與振動分析)

System reliability assessment (系統可靠性評估)

7. Practical Applications and Case Studies (實踐應用與案例分析)

7.1 Industry-Specific Examples (行業案例)

Automotive gearbox design (汽車變速箱設計)

Wind turbine gearbox optimization (風力渦輪機齒輪箱優化)

7.2 Hands-On Exercises (實操練習)

Designing a gear pair from scratch (從零開始設計齒輪副)

Conducting strength analysis and optimization (進行強度分析與優化)

8. Tips and Tricks for Efficient Use (高效使用技巧)

8.1 Keyboard Shortcuts (鍵盤快捷鍵)

Improving productivity with time-saving shortcuts (通過快捷鍵提高效率)

Error Handling and Troubleshooting (錯誤處理與故障排除)

8.2 Common issues and solutions (常見問題與解決方案)

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