MECHANICAL

AutoCAD is a computer aided design or CAD program for use by people in the design and documentation disciplines. Built for manufacturing, AutoCAD Mechanical design software includes all the functionality of AutoCAD, plus libraries of standards-based parts and tools to help accelerate mechanical CAD for this task

Contents

    Auto CAD 2D
  1. Introduction
  2. Object Creation
  3. Writing & Editing Text
  4. Dimension setting
    Productivity Tools
  1. Creating Blocks
  2. Creating Libraries
  3. Layouts
  4. Designs Center
  5. Object Linking
  6. Scripting
    Auto CAD 3D
  1. Creating 3D Objects
  2. Creating Surface
  3. 3D Operations
  4. Landscape
  5. Materiels
  6. AutoCAD 3D

ANSYS is a general purpose software, used to simulate interactions of all disciplines of physics, structural, vibration, fluid dynamics, heat transfer and electromagnetic for engineers, which enables to simulate tests or working conditions, enables to test in virtual environment before manufacturing prototypes of products

Contents

  1. Introduction
  2. Building the Models
  3. Defining Analysis Title &Job Name
  4. Defining Elements Real constants
  5. Defining Material Properties
  6. Creating Model Geometry
  7. Load Application &Obtaining Solutions
  8. Defining Analysis Type &Options
  9. Specifying Load step Options
  10. Selecting Solver &Type
  1. Obtaining Solutions using with Multiple Solve Methods
  2. Terminating Running Job
  3. Postprocessing- Types of Data Available
  4. Reading Results Data into Database
  5. Element Table
  6. Resetting the Database
  7. Reviewing Results in POST1.
  8. Results Listing in Tabular Form
  9. Estimating Solution Error

CATIA is a multi-platform CAD/CAM/CAE commercial software suite developed by the French company Dassault Systèmes directed by Bernard Charlès.CATIA – which stands for Computer Aided Three-dimensional Interactive Application – is the most powerful and widely used CAD (computer aided design) software of its kind in the world

Content

  1. Catia Basic
  2. Sketching
  3. Dimensioning
  4. Part Modeling
  5. Assembly Design
  6. Surface & Wireframe Design
  7. Wireframe Modeling
  8. Surface Generation
  9. Drafting
  10. Generating Drafting

CNC programmers write the instructions for the computing module that is used to run CNC machines. The machines are used to shape and cut precision products such as machine, car, and aviation parts. The programmers plot out each step of how machines make these parts.

Content

  1. CAD/CAM Software & Application
  2. Measuring Instruments, Steel Rule, Vernier Caliper Etc.
  3. Types of Cutting Tools, Conversion Tables, Feed & Depth of Cuts Etc.
  4. Creating Programs, Setting & Displaying Data Feed Functions
  5. Rapid Cutting, Dwell Etc.
  6. Job Setting Practices on ZNC Spark Erosion Machine
  7. Coordinate Functions / Systems, Spindle Speed / Tool / Ordinary Functions
  8. Auxiliary Compensation
  9. JOG Mode: Spindle, Slide Movement, Coolant Etc.
  10. Introduction of CNC Lathe and its working
  11. G Code, M Code & other Codes Generation
  12. G Code Generation & Data Transfer (CTC)
  13. Project Work (Manufacturing by CNC- WC, ZNC, VMC)

Creo is a suite of design software supporting product design for discrete manufacturers and is developed by PTC. The suite consists of apps, each delivering a distinct set of capabilities for a user role within product development.It provides the broadest range of powerful yet flexible 3D CAD capabilities to accelerate the design of parts and assemblies.

Content
  1. Introduction of Design &Creo
  2. Sketcher
  3. Part Modeling & Analysis
  4. Part modeling (Advance)
  5. Introduction to Surface Modeling
  6. Introduction to Assembly Design
  7. Mechanical Joints
  8. Introduction to Drafting and Detailing
  9. Creation of Table and report
  10. Introduction of GD &T
  11. Introduction to Sheet metal
  12. Project

NX-CAD for Design is an integrated product design solution that streamlines and accelerates the product development process for engineers who need to deliver innovative products in a collaborative environment.

Content
  1. Design
  2. Parametric Solid Modeling
  3. Free-form Surface Modeling
  4. Reverse Engineering, Styling
  5. Computer Aided Industrial Design
  6. Engineering Drawing And Drafting
  7. Product And Manufacturing Information
  8. Reporting And Analytics
  9. Verification And Validation
  10. Knowledge Based Engineering, Reuse
  11. Sheet Metal Design
  12. Assembly Modeling, Digital Mockups
  13. Routing For Electrical Wiring, And Mechanical Piping, Simulation
  14. Stress Analysis, Finite Element Method
  15. Kinematics, Complete Fluid Dynamics, Thermal Analysis

STAAD Pro is a comprehensive structural engineering software that addresses all aspects of structural engineering including model development verification, analysis, design and review of results.

Content
  1. Introduction Solidworks
  2. Interface Navigation
  3. Sketching
  4. Creating Parts &Drawings
  5. Using Visualizing Techniques
  6. Working with Part Configuration
  7. Editing &Evaluation
  8. Building Efficient Assemblies
  9. Creating &Using Libraries
  10. Using hole Wizards &Tool Bar
  11. Working with Drawings Views
  12. Using Annotations &Symbols
  13. Using Layers, Line Fonts &Colors
  14. Animating with Motion Manager
  15. Sheet &Metal Designing

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