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isight重量级培训教程.pdf

发布时间：2022-05-29 发布人：admin 分类：说明书 资料大小：5.73M 资料格式：pdf 举报 版权申诉
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    个 人 简 介
    本 人 简 介
    Goals
    iSIGHT Overview
    Engineous is about 2 things
    What is iSIGHT
    Engineous Product Development Timeline
    Engineous Software
    Engineous Adds New Offices
    Engineous Customers
    World Class Software
    World Class Services
    Proven Results
    Engineous Customers
    Successful Deployment at 180+ Companies
    Successful Deployment at 180+ Companies
    iSIGHT Technology Today
    Technology Deployment
    Customers and Applications by Industry
    Premier Automotive Supplier
    Vehicle Safety Optimization / Robustness
    Vehicle Safety Optimization / Robustness
    iSIGHT Applications in Auto Industry
    iSIGHT Auto Application Highlights (I)
    iSIGHT Auto Application Highlights (II)
    iSIGHT Auto Application Highlights (III)
    General Electric GE90 Turbofan
    Launch System Cost Reduction
    Launch System Cost Reduction
    Halogen-IR Optical Lamp Design
    Halogen-IR Optical Lamp Design
    Aerospike Nozzle Design Summary
    Aerospike Nozzle Baseline Application
    Cardiac Pacemaker Design
    Cardiac Pacemaker Design
    Application Summary
    iSIGHT Automates Repetitive Tasks and ...
    iSIGHT Design Exploration Process
    The Benefits of Automation & Integration
    Exploration Engines
    Design Improvement Process & iSIGHT GUI Layout
    Design/Quality Interdigitation
    What is iSIGHT (Summary)
    iSIGHT Technologies
    iSIGHT Technology Implementation
    实验设计 (DOE)
    DOE – 术语
    DOE 术语
    DOE – 设计矩阵的生成
    DOE -设计矩阵的生成
    DOE 方法
    DOE 后处理: 结果分析
    DOE方法 – 数据文件
    DOE 方法 – 正交矩阵设计
    DOE 方法 – 拉丁方设计
    DOE 计划 – 任务计划
    DOE 计划 – 因素
    DOE 计划 – 交互作用
    DOE 计划 – 设计矩阵
    DOE 计划 – 后处理
    DOE 计划 – 后处理
    DOE 计划– 选项
    DOE 图表
    Pareto图
    Pareto图
    主要影响
    主要影响图
    交互作用
    交互作用
    没有交互作用
    方差分析
    例子:手套式操作箱设计
    手套式操作箱设计
    手套式操作箱设计
    闭合力概念模型
    保持力概念模型
    设计方法 - DOE
    定义参数
    设计方法
    各参数
    正交矩阵: L8
    正交矩阵: L8
    正交矩阵: L8
    OA_DOE (L8)的结果
    正交矩阵: L16
    OA_DOE (L16)的结果
    拉丁方 DOE (10 水平)
    拉丁方 DOE (10 水平)
    拉丁方 DOE (10水平)
    LHS-DOE (10水平)的结果
    DOE 结果的比较
    范例概要
    DOE 的优点
    如何决定是线性模型还是二次模型
    悬臂梁 - OA (L64 - 2 Levels)
    悬臂梁 - OA (L128 - 2 Levels)
    悬臂梁 - LH (100 - Levels)
    选择一种 DOE 方法
    使用鲁棒工程的刹车和巡航系统集成
    使用鲁棒工程的刹车和巡航系统集成
    使用鲁棒工程的刹车和巡航系统集成
    刹车和巡航系统集成
    刹车和巡航系统集成
    综合构造
    刹车和巡航系统敏感性研究
    新的设计方案
    功能的需求扩展
    刹车和巡航系统集成
    iSIGHT7.0 中的新特征
    自定义 DOE的 快速结合
    自定义 DOE – GUI的 修改
    DOE 后处理的柔性
    为 DOE 使用数据文件
    Optimization
    Optimization - Terminology
    Optimization – Design Space Example
    Classes of Optimization Algorithms in iSIGHT
    Hooke-Jeeves Pattern Search Method
    Exterior Penalty (ADS)
    Exterior Penalty (ADS)
    The Kuhn-Tucker Conditions
    The Iterative Optimization Procedure
    Modified Method of Feasible Directions - MMFD (ADS)
    Modified Method of Feasible Directions - MMFD (ADS)
    Sequential Linear Programming - SLP (ADS)
    Sequential Quadratic Programming - SQP
    Sequential Quadratic Programming - SQP
    Generalized Reduced Gradient – LSGRG2
    Generalized Reduced Gradient – LSGRG2
    Relative Advantages & Disadvantages
    Cantilevered Beam
    Cantilevered Beam
    Cantilevered Beam – Iteration History (Ref1)
    Mixed Integer Optimization - MOST
    Mixed Integer Optimization - MOST
    Mixed Integer Optimization - MOST
    Global Optimization
    Global Optimization
    Adaptive Simulated Annealing
    Simulated Annealing Technique
    Adaptive Simulated Annealing
    Adaptive Simulated Annealing Convergence History
    Updated Simulated Annealing
    Genetic Algorithm
    Multi-Island Genetic Algorithm
    Standard Optimization Drawbacks
    Interdigitation – or Mix ‘n Match
    The Benefits of Interdigitation
    iSIGHT’s Optimization Advisor
    Summary
    iSIGHT Optimization Technique Classifications
    Task Manager
    Task Plan Tab
    Optimization Advisor
    Priority Ranked Plan
    Optimization Plan - Steps
    Optimization Plan – Step Details
    Optimization Plan – Step Details
    Optimization Plan - Approximations
    Optimization Plan – Plan Details
    Optimization Plan – Task Plan
    Checklist before Execute an Optimization
    Example: Glove Box Design for Comfort
    Optimization Process Flow
    DOE followed by Optimization
    Interdigitation
    Results of DOE & Optimization
    Results Comparison
    Summary - Optimization
    Cantilevered Beam
    Cantilevered Beam
    Cantilevered Beam - iSIGHT Results
    Cantilevered Beam - Conclusions
    R. Hesse Problem
    R. Hesse Problem Results
    Advantages of Numerical Optimization
    Limitation of Numerical Optimization
    User Controlled Optimization Termination Criteria
    Performance Optimization of I-4 Gasoline Engine with Variable Valve Timing Using WAVE/iSIGHT
    Background
    Background
    Manifold Geometry
    2.4L Engine WAVE Model
    Optimization Strategy Example (I)
    Optimization Strategy Example (II)
    Optimization Strategy Example (II)
    Brake Power Convergence History - Overall
    Brake Power Convergence History – Best Design
    Brake Power Convergence History – MMFD
    Optimization Results: Engine Brake Power
    Optimization Results: Engine Brake Torque
    Application of Optimization Tools to Vehicle Systems Analysis
    Optimization Problem Definition
    Creating the Linkage Between ADVISOR and iSIGHT
    Approach
    Optimization Results
    What to Do When Optimizer Is Not “Working” (1)
    What to Do When Optimizer Is Not “Working” (2)
    References
    Approximations
    Approximations - Terminology
    Approximations – Response Surfaces
    Approximations - Options
    Approximations - Concerns
    Approximations & Optimization
    Glove Box Approximation Model
    Types of Models
    Response Surface Model
    Components to Model
    Optimization without Approximation Model
    Optimizing on Approximation Model
    Optimization on Model, Update with Code
    Move Limits
    Approximations Notes
    Approximation Models – 36 Points
    Approximations
    Kriging
    Comparison of Approximation Fitting
    Enhanced Approximation GUI
    Advanced 3D Viewer
    Approximations - Benefits
    An Integrated Process of CFD Analysis and Design Optimization with Underhood Thermal Application
    ICEMCFD Geometry Integrated Mesh
    Integrated Process of CFD Analysis and Design Optimization
    Application: Underhood Thermal Packaging
    Application: CFD Thermal Simulation
    Results and Discussion - DOE Studies
    Results and Discussion - DOE Studies
    Results and Discussion - Optimization
    Hybridization Approach with DOE, GA, RSM, SQP and 3D Viscous Analysis for turbine blade Optimization
    Objectives
    Outline of the Process Integration
    Outline of the Process Integration
    Blade Geometry Parametrization
    Parallelized 3D Navier-Stokes Solver
    Application: An Annular Cascade
    Application: An Annular Cascade
    Application: An Annular Cascade
    Application: An Annular Cascade
    Application: An Annular Cascade
    Conclusions
    Measuring Design Quality
    The GAP….
    Source of Variability
    Virtual vs Physical
    Basic Statistics
    Common Distributions
    Monte Carlo Simulation
    Monte Carlo Simulation – Basic Approach
    Monte Carlo Sampling Techniques
    Why Monte Carlo Simulation? - Benefits
    Optimization – Benefits and Concerns
    Reliability Analysis
    Reliability Analysis - Terminology
    Reliability Analysis – MCS Method
    Reliability Analysis Methods
    Reliability Analysis - Benefits
    Reliability Optimization
    Reliability Optimization - Formulation
    Reliability Optimization – Benefits, Concerns
    Taguchi Robust Design
    Taguchi Robust Design - Terminology
    Taguchi Robust Design - Implementation
    Quality Loss – A Case Study - SONY
    Taguchi Robust Design – Benefits, Concerns
    Six Sigma Robust Design
    Six Sigma Robust Design - Terminology
    Six Sigma Robust Design – Quality Constraints
    Six Sigma Robust Design - Formulation
    Six Sigma Robust Optimization
    Six Sigma Robust Design - Benefits
    Example: Glove Box Robust Design
    Glove Box Robust Design
    Glove Box Robust Design
    Glove Box Robust Design
    Glove Box Robust Design
    Robust Optimization in Design for 6-Sigma
    Application: Automotive Crashworthiness
    Probabilistic Design Approach
    Vehicle Side Impact - Optimization
    Vehicle Side Impact - Reliability Optimization
    Vehicle Side Impact - Robustness
    Vehicle Side Impact - Robust Optimization
    Vehicle Side Impact - Robust Opt. Summary
    Thank you
    iSIGHT培训课程资料 Presented by Charles Yuan Lead Professional Services Engineer
    Overview Charles Yuan Lead Professional Services Engineer
    个 人 简 介
    本 人 简 介 袁 振 国 (Charles Yuan) 清 华 大 学 热 能 工 程 系 (1985-1991) Virginia Tech, Mechanical Eng (1991-1995) Engineous Software, Inc (1995-present) o Lead Professional Services Engineer o Automotive Engineering Group
    Goals 1. Get information about iSIGHT main features 2. Get familiar with iSIGHT technologies 3. Get familiar with iSIGHT technologies’ implementation DOE Optimization Approximation QEM Task Simcode Calculation Monitor Tcl MDOL API 4. Be able to build a simple iSIGHT task
    iSIGHT Overview
    Engineous is about 2 things 1. Helping clients integrate Helping clients integrate integrate Helping clients their and automate automate their and and automate their simulation--based design based design simulation simulation-based design processes processes processes 2. Finding the best Finding the best solution to their solution to their problems problems
    What is iSIGHT iSIGHT is a Complete Design Exploration Environment Integration Linking of Commercial and Proprietary Tools Leverages Existing Tools Flexible Coupling Methods CAE Automates current Manual Design-Evaluate-Redesign Automation Process Method Design Exploration Tools Design of Experiments Optimization Approximations Quality Engineering Methods Knowledge Acquisition
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