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    MEE80212 Digital Prototyping For Product Design - II 3+1

    Uploaded by

    Honey Singh
    This document outlines a course on digital prototyping for product design. The course is worth 3 credits and introduces students to product engineering and visualization. Students will learn linear and non-linear structural analysis, kinematic motion study analysis, and design optimization using simulation. The course contains 6 modules that cover topics such as visualization, product engineering, simulation and validation, kinematics motion, design optimization, and computational fluid dynamics analysis. Upon completing the course, students will be able to render product designs, perform various analysis, and optimize designs using simulation tools and techniques.

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    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd

    MEE80212 Digital Prototyping For Product Design - II 3+1

    Uploaded by

    Honey Singh
    17 views1 page
    This document outlines a course on digital prototyping for product design. The course is worth 3 credits and introduces students to product engineering and visualization. Students will learn linear and non-linear structural analysis, kinematic motion study analysis, and design optimization using simulation. The course contains 6 modules that cover topics such as visualization, product engineering, simulation and validation, kinematics motion, design optimization, and computational fluid dynamics analysis. Upon completing the course, students will be able to render product designs, perform various analysis, and optimize designs using simulation tools and techniques.

    Original Description:

    Original Title

    4.32 & 4.33 TE & BE - Mech Engg 108

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    This document outlines a course on digital prototyping for product design. The course is worth 3 credits and introduces students to product engineering and visualization. Students will learn linear and non-linear structural analysis, kinematic motion study analysis, and design optimization using simulation. The course contains 6 modules that cover topics such as visualization, product engineering, simulation and validation, kinematics motion, design optimization, and computational fluid dynamics analysis. Upon completing the course, students will be able to render product designs, perform various analysis, and optimize designs using simulation tools and techniques.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    17 views1 page

    MEE80212 Digital Prototyping For Product Design - II 3+1

    Uploaded by

    Honey Singh
    This document outlines a course on digital prototyping for product design. The course is worth 3 credits and introduces students to product engineering and visualization. Students will learn linear and non-linear structural analysis, kinematic motion study analysis, and design optimization using simulation. The course contains 6 modules that cover topics such as visualization, product engineering, simulation and validation, kinematics motion, design optimization, and computational fluid dynamics analysis. Upon completing the course, students will be able to render product designs, perform various analysis, and optimize designs using simulation tools and techniques.

    Copyright:

    © All Rights Reserved
    Download as PDF, TXT or read online from Scribd
    Download as pdf or txt
    of 1

    Course Code

    Course/Subject Name

    Credits

    MEE80212

    Digital Prototyping for Product Design II

    3+1

    Objectives
    1. To acquaint learner with basic process of Product engineering and visualization.
    2. To study linear and non-linear structural analysis
    3. To acquaint with kinematic motion study analysis
    4. To study design optimization using simulation
    Outcomes: Learner will be able to
    1. Render and animate the appearance and functionality of a product
    2. Perform linear and non-linear structural analysis
    3. Perform kinematic motion study analysis
    4. Design optimization using simulation
    5. Cloud-based mechanical simulation
    Modules
    01

    02

    03

    04

    05

    06

    Detailed Content
    Introduction
    Digital prototyping process; Introduction to product engineering,
    Introductions to design changes and Automation.
    Visualization
    Extending Design Data
    Product Engineering & Visualization
    Designing for change Automating Design and configuration, Design
    parameters, engineering calculators, Automation using illogic for parts &
    assemblies, Model relationships,Design visualization throughout product
    development, Benefits of design visualization, Utilizing Engineering Data
    throughout Organization. Design approval, Sales and Marketing support
    & plastic part visualization.
    Simulation & Validation - Linear & Nonlinear Analysis
    Role of simulation and validation in product development process. FEM
    (Theory and requirements) Meshing load and constraints, part material
    selection and optimization, Linear Structural Analysis Benefits of
    nonlinear simulation, Theory and requirements, Advanced Meshing,
    Advanced Material Properties contact types, result reviews. Kinematics
    role in simulation and optimization
    Kinematics Motion & Mechanical Event
    Theory benefits & kinematic requirement: Joints, Forces, Assembly
    Structure & results. Benefits of combining analysis information,
    Design Optimization, Motion forces, Component FEA from motion
    forces, Design optimization, Results
    Design Optimization and Change
    Design Changes, Design Optimization; Model Relationships Simulation
    Results; Manufacturing & service, Leveraging engineering data
    throughout the organization, Benefits for field service and manufacturing,
    Story Board, Annotations and Descriptions, Snapshots & Assembly
    instruction video
    Design Optimization and CFD Analysis
    The role of CFD within the product design cycle, CFD Analysis General
    Theory, Benefits of CFD simulation Model Setup, Meshing Fluid flow
    loads & Analysis results

    Hrs.

    University of Mumbai, Mechanical Engineering (Third and Final Year) Revised Course (Rev-2012)

    02

    08

    08

    08

    05

    05

    111/113

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