Ansys有限元分析提高培训班 

课程科目

nCode高级疲劳分析 (nCode Advanced Fatigue Analysis)

(a) 基本概念 (Basic Content)

(b) Workbench DL界面 (Workbench DL Interface)

(c) 有限元模型输入 (FE Model Input)

(d) 载荷映射和材料映射(Loading Mapping and Material Mapping)

(e) 分析与求解设置和结果后处理(Analysis and Solve Settings &Post Processing)

(f) 结果后处理 (Post Processing)

(g)应力疲劳\应变疲劳\振动疲劳(Stress Fatigue\Stain Fatigue\(Vibration Fatigue)     例子：针对于(a)-(j)的典型案例分析

复合材料分析 (Composite Material Analysis)

(a) 基本概念 (Basic Content)

(b) 前处理模块的操作流程 (ACP Pre-processing Operation)

(c) 铺层的技巧 (Layer Technology)

(d) 后处理模块的操作流程 (ACP Post-processing Operation)

例子1 某平板的复合材料铺层     例子2 针对于例子1的铺层修改

1. 刚体动力学分析 (Rigid Dynamic Analysis)

(a) 基本概念 (Basic Content)

(b) 刚体动力学分析设置 (Rigid Dynamic Analysis Settings)

(c) 刚柔耦合设置 (Rigid-Flexible Coupling Settings)

(e) 典型案例分析 (Typical Case Ansysis)

例子1 某传递系统的刚体动力学分析    例子2 在分析中应用移动载荷

2. ANSYS Spaceclaim（实体建模）

(a) Spaceclaim 简介 (Spaceclaim Introduction)

(b) 建模与编辑 (Modeling and Editing)

(c) 模型修复与结构建模 (Requirement and Mechanical Modeling)

(e) 典型案例分析 (Typical Case Ansysis) 例子1 抽梁与提取中面  例子2 模型修复

1. ANSYS CFD 简介 (ANSYS Workbench CFD Introduction)（流体分析）

a) 什么是CFD (What’s CFD)

b) CFD模拟浏览 (CFD Simulation Flow)

(1) 定义模拟目的 (2) 确定计算域 (3) 创建几何模型 (4) 设计和划分网格

c) Fluent中的物理模型 (Fluent Physical Model)

d) Workbench中的Fluent CFD (Workbench Fluent CFD)

2. 求解器基础 (Solver Basic)

a) 用户界面导航 (Interface Introduction)

b) 材料属性和材料库 (Material Property &Material Library)

c) 操作条件和并行计算 (Operation Condition& Parallel Computing)

3. 边界条件 (Boundary Condition)

a) 定义边界条件 (Boundary Condition Definition)

b) 流体域&固体域(Fluid Zone& Solid Zone)

c) 边界条件类型 (Boundary Condition Type)

d) 边界条件设置 (Boundary Condition Setting)       例子1-2

1. 湍流模型 (Turbulence Model)

a) 湍流的特征 (Turbulence Characteristics)

b) 雷诺应力和封闭问题 (Reynolds Stress and Closure Problem)

c) 湍动能方程（Turbulence Kinetic Energy Equation）

d) 涡粘模型 (EVM)

e) 雷诺应力模型 (Reynolds Stress Model)

f) 近壁面处理及网格要求 (Near Wall Treatment and Meshing)

g) 进口边界条件 (Inlet Boundary Condition)   例子1

2. 传热模型 (Heat Transfer Model)

a) 能量方程 (Energy Equation)

b) 壁面边界条件 (Wall Boundary Condition )

c) 共轭传热 (Conjugate Heat Transfer)

d) 薄壁和双面壁 (Thin Wall and Double Wall)

e) 自然对流 (Natural Convection)

课程科目

nCode高级疲劳分析 (nCode Advanced Fatigue Analysis)

(a) 基本概念 (Basic Content)

(b) Workbench DL界面 (Workbench DL Interface)

(c) 有限元模型输入 (FE Model Input)

(d) 载荷映射和材料映射(Loading Mapping and Material Mapping)

(e) 分析与求解设置和结果后处理(Analysis and Solve Settings &Post Processing)

(f) 结果后处理 (Post Processing)

(g)应力疲劳\应变疲劳\振动疲劳(Stress Fatigue\Stain Fatigue\(Vibration Fatigue)     例子：针对于(a)-(j)的典型案例分析

复合材料分析 (Composite Material Analysis)

(a) 基本概念 (Basic Content)

(b) 前处理模块的操作流程 (ACP Pre-processing Operation)

(c) 铺层的技巧 (Layer Technology)

(d) 后处理模块的操作流程 (ACP Post-processing Operation)

例子1 某平板的复合材料铺层     例子2 针对于例子1的铺层修改

1. 刚体动力学分析 (Rigid Dynamic Analysis)

(a) 基本概念 (Basic Content)

(b) 刚体动力学分析设置 (Rigid Dynamic Analysis Settings)

(c) 刚柔耦合设置 (Rigid-Flexible Coupling Settings)

(e) 典型案例分析 (Typical Case Ansysis)

例子1 某传递系统的刚体动力学分析    例子2 在分析中应用移动载荷

2. ANSYS Spaceclaim（实体建模）

(a) Spaceclaim 简介 (Spaceclaim Introduction)

(b) 建模与编辑 (Modeling and Editing)

(c) 模型修复与结构建模 (Requirement and Mechanical Modeling)

(e) 典型案例分析 (Typical Case Ansysis) 例子1 抽梁与提取中面  例子2 模型修复

1. ANSYS CFD 简介 (ANSYS Workbench CFD Introduction)（流体分析）

a) 什么是CFD (What’s CFD)

b) CFD模拟浏览 (CFD Simulation Flow)

(1) 定义模拟目的 (2) 确定计算域 (3) 创建几何模型 (4) 设计和划分网格

c) Fluent中的物理模型 (Fluent Physical Model)

d) Workbench中的Fluent CFD (Workbench Fluent CFD)

2. 求解器基础 (Solver Basic)

a) 用户界面导航 (Interface Introduction)

b) 材料属性和材料库 (Material Property &Material Library)

c) 操作条件和并行计算 (Operation Condition& Parallel Computing)

3. 边界条件 (Boundary Condition)

a) 定义边界条件 (Boundary Condition Definition)

b) 流体域&固体域(Fluid Zone& Solid Zone)

c) 边界条件类型 (Boundary Condition Type)

d) 边界条件设置 (Boundary Condition Setting)       例子1-2

1. 湍流模型 (Turbulence Model)

a) 湍流的特征 (Turbulence Characteristics)

b) 雷诺应力和封闭问题 (Reynolds Stress and Closure Problem)

c) 湍动能方程（Turbulence Kinetic Energy Equation）

d) 涡粘模型 (EVM)

e) 雷诺应力模型 (Reynolds Stress Model)

f) 近壁面处理及网格要求 (Near Wall Treatment and Meshing)

g) 进口边界条件 (Inlet Boundary Condition)   例子1

2. 传热模型 (Heat Transfer Model)

a) 能量方程 (Energy Equation)

b) 壁面边界条件 (Wall Boundary Condition )

c) 共轭传热 (Conjugate Heat Transfer)

d) 薄壁和双面壁 (Thin Wall and Double Wall)

e) 自然对流 (Natural Convection)

f) 辐射模型 (Radiation Model)     例子2