AutoCad
Schedule on Demand Duration : 40 Hrs.
Foundational and 2D Drafting
- Introduction to AutoCAD: Interface, workspace, starting a drawing, setting units and limits.
- Basic drawing and editing: Commands like line, circle, arc, rectangle, move, copy, rotate, trim, and extend.
- Drawing precision: Using object snaps, polar, and ortho tracking, and entering coordinates.
- Advanced object types: Polylines, splines, polygons, and ellipses.
- Annotation: Creating and editing text, using text styles, and adding dimensions.
- Drawing organization: Using layers, layer properties, and templates.
- Intermediate and advanced topics
- Blocks: Creating, inserting, and managing blocks.
- Hatching: Applying patterns and gradients to areas.
- Layouts and plotting: Setting up paper space, creating viewports, and printing drawings.
- Parametric drawing: Using constraints to create dynamic drawings.
- Practical application and projects
- Project-based learning: Applying learned skills to create specific drawings, such as floor plans, mechanical parts, or structural elements.
- Customization: Modifying command files and creating custom templates.
- Specific disciplines: Specialized modules can cover areas like mechanica
LIST PRICE=15000₹ OFFER PRICE=11999₹
Solidworks
Schedule on Demand Duration : 40 Hrs.
Session 1:
Introduction to CAD, CAE, PDM
Introduction to Solidworks
Features of SolidWorks
Various products available in SolidWorks for Product Design, Simulation, Communication
SolidWorks Graphical User Interface: Feature manager design tree, Callouts, Handles, Confirmation corner,
mouse buttons, keyboard shortcuts, Command Manager,
Hardware and Software requirements, SolidWorks Task Scheduler, SolidWorks Rx
Session 2:
Sketch Entities: Inference line, Centerline line, Line, Circle, Arc, Ellipse, Rectangle, Slots, Polygon, Parabola,
Ellipse, Partial Ellipse, Spline, Spline tools, Spline on surface, Equation driven curve, Points, Text, Construction
geometry, Snap, grid
Session 3:
Sketch Tools: Fillet, Chamfer, Offset, Convert entities, Trim, Extend, Split, Jog, Mirror, Dynamic Mirror, Move,
Copy, Rotate, Scale, Stretch, Sketch pattern
Make path, Close Sketch To Model, Sketch picture, Check Sketch for Feature, Area hatch/Fill
Blocks: Make block, Edit block, Insert block, Add/Remove Entities, Rebuild, Save, Explode
Relations: Adding Sketch Relation, Automatic relations
Dimensioning: Smart, Horizontal, Vertical, Ordinate, Horizontal ordinate, Vertical ordinate, Align ordinate, Fully
define sketch
Sketch Diagnosis, SketchXpert, 3D Sketching, Rapid Sketch
Session 4:
Part Modeling Tools
Creating reference planes
Creating Extrude features: Direction1, Direction2, From option, Thin feature, Applying draft, Selecting contours
Creating Revolve features: Selecting Axis, Thin features, Selecting contours
Creating Swept features: Selecting, Profile and Path, Orientation/twist type, Path Alignment, Guide Curves,
Start/End tangency, Thin feature
Session 5:
Creating Loft features: Selecting Profiles, Guide curves, Start/End Constraints, Centerline parameters, Sketch
tools, Close loft.
Selecting geometries: Selection Manager, Multiple Body concepts
Creating Reference: Points, axis, coordinates
Session 6:
Creating curves
Split curve, Project curve, Composite curve, Curve through points, Helix and Spiral
Creating Fillet features
Inserting Hole types
Session 7:
Creating Chamfer
Creating Shell, Creating Rib
Creating Pattern: Linear pattern, Circular pattern, Sketch driven pattern, Curve driven pattern, Table driven
pattern, Fill pattern, mirror
Session 8:
Assembly Modeling Tools
Introduction to Assembly Modeling & Approaches: Top down and Bottom up approach
Applying Standard Mates: Coincident, Parallel, Perpendicular, Tangent, Concentric, Lock, Distance, Angle
Session 9:
Generating Drawing Views
Introduction To Angle Of Projection
Generating Views: Generating Model View, Projected Views, Inserting Standard 3 View
View creation relative to model, Inserting predefined views, empty views, Auxiliary Views, Detailed Views, Crop
view, Broken –Out Section, Broken Views, Section View, Aligned Section View, Alternate Position View, Working
assembly specific view, Drawing properties, Manipulating views
Session 10:
Sheet Metal Design
Concepts in Sheet metal design bend allowance bend deduction, K-factor
Inserting Base Flange, Sheet Metal Tab, Edge Flange, Miter Flange, Hem, Jog
Creating Break Corner/Corner Trim, Closed Corners, Rip
Inserting Sketched Bend, Fold/Unfold, Forming Tools
_ _ _ _ _ End _ _ _ _
Introduction to CAD, CAE, PDM
Introduction to Solidworks
Features of SolidWorks
Various products available in SolidWorks for Product Design, Simulation, Communication
SolidWorks Graphical User Interface: Feature manager design tree, Callouts, Handles, Confirmation corner,
mouse buttons, keyboard shortcuts, Command Manager,
Hardware and Software requirements, SolidWorks Task Scheduler, SolidWorks Rx
Session 2:
Sketch Entities: Inference line, Centerline line, Line, Circle, Arc, Ellipse, Rectangle, Slots, Polygon, Parabola,
Ellipse, Partial Ellipse, Spline, Spline tools, Spline on surface, Equation driven curve, Points, Text, Construction
geometry, Snap, grid
Session 3:
Sketch Tools: Fillet, Chamfer, Offset, Convert entities, Trim, Extend, Split, Jog, Mirror, Dynamic Mirror, Move,
Copy, Rotate, Scale, Stretch, Sketch pattern
Make path, Close Sketch To Model, Sketch picture, Check Sketch for Feature, Area hatch/Fill
Blocks: Make block, Edit block, Insert block, Add/Remove Entities, Rebuild, Save, Explode
Relations: Adding Sketch Relation, Automatic relations
Dimensioning: Smart, Horizontal, Vertical, Ordinate, Horizontal ordinate, Vertical ordinate, Align ordinate, Fully
define sketch
Sketch Diagnosis, SketchXpert, 3D Sketching, Rapid Sketch
Session 4:
Part Modeling Tools
Creating reference planes
Creating Extrude features: Direction1, Direction2, From option, Thin feature, Applying draft, Selecting contours
Creating Revolve features: Selecting Axis, Thin features, Selecting contours
Creating Swept features: Selecting, Profile and Path, Orientation/twist type, Path Alignment, Guide Curves,
Start/End tangency, Thin feature
Session 5:
Creating Loft features: Selecting Profiles, Guide curves, Start/End Constraints, Centerline parameters, Sketch
tools, Close loft.
Selecting geometries: Selection Manager, Multiple Body concepts
Creating Reference: Points, axis, coordinates
Session 6:
Creating curves
Split curve, Project curve, Composite curve, Curve through points, Helix and Spiral
Creating Fillet features
Inserting Hole types
Session 7:
Creating Chamfer
Creating Shell, Creating Rib
Creating Pattern: Linear pattern, Circular pattern, Sketch driven pattern, Curve driven pattern, Table driven
pattern, Fill pattern, mirror
Session 8:
Assembly Modeling Tools
Introduction to Assembly Modeling & Approaches: Top down and Bottom up approach
Applying Standard Mates: Coincident, Parallel, Perpendicular, Tangent, Concentric, Lock, Distance, Angle
Session 9:
Generating Drawing Views
Introduction To Angle Of Projection
Generating Views: Generating Model View, Projected Views, Inserting Standard 3 View
View creation relative to model, Inserting predefined views, empty views, Auxiliary Views, Detailed Views, Crop
view, Broken –Out Section, Broken Views, Section View, Aligned Section View, Alternate Position View, Working
assembly specific view, Drawing properties, Manipulating views
Session 10:
Sheet Metal Design
Concepts in Sheet metal design bend allowance bend deduction, K-factor
Inserting Base Flange, Sheet Metal Tab, Edge Flange, Miter Flange, Hem, Jog
Creating Break Corner/Corner Trim, Closed Corners, Rip
Inserting Sketched Bend, Fold/Unfold, Forming Tools
_ _ _ _ _ End _ _ _ _
LIST PRICE=20000₹ OFFER PRICE=13999₹
Creo Parametric
Schedule on Demand Duration : 40 Hrs.
Session 1:
•Introduction: Creo Parametric Basic Modeling Process
•Understanding Creo Parametric Concepts: Understanding Solid Modeling Concepts, Understanding Feature-Based Concepts, Understanding Parametric Concepts, Understanding Associative Concepts, Understanding Model-Centric Concepts, Recognizing File Extensions
•Using the Creo Parametric Interface: Understanding the Main Interface, Understanding the Folder Browser, Understanding the Ribbon Interface, Setting the Working Directory and Opening and Saving Files, Managing Files in Creo Parametric
•Creating Sketcher Geometry: Reviewing Sketcher Theory, Understanding Design Intent, Modifying the Sketcher Display, Utilizing Constraints, Sketching Lines, Centerlines, Rectangles, Circles, Arcs, Circular Fillets and Chamfers
•Using Sketcher Tools: Understanding Construction Geometry Theory, Sketching Points, Using Geometry Tools, anipulating Sketches, Dimensioning Entities, Modifying Dimensions, Sketcher Conflicts
•Creating Sketches for Features: Creating Sketches (‘Sketch’ Feature), Specifying the Sketch Setup, Utilizing Sketch References, Using Entity from Edge within Sketcher
Session 2:
•Creating Extrudes, Revolves, and Ribs: Creating Solid Extrude Features, Adding Taper to Extrude Feature, Common Dashboard Options: Extrude Depth, Common Dashboard Options: Feature Direction, Common Dashboard Options: Thicken Sketch, Creating Solid Revolve Features, Common Dashboard Options: Revolve
•Angle, Automatically Adding and Removing Material, Creating Rib Features.
•Using the Creo Parametric Interface – Part 2: Understanding Basic Display Options, Analyzing Basic 3-D Orientation, Understanding the View Manager, Creating and Managing View Orientations, Creating Style States using the View Manager, Understanding Basic Color and Appearance Options, Setting Up New Part Models.
Session 3:
•Selecting and Editing: Understanding Creo Parametric Basic Controls, Using Drag Handles and Dimension Draggers, Using Keyboard Shortcuts, Model Tree, Selecting Items using Direct Selection and Query Selection, Using the Search Tool, Understanding Selection Filters, Renaming Objects, Activating and Editing Models,Deleting and Suppressing Items
•Creating Datum Features: Planes and Axes: Creating Datum Axes, Creating Datum Planes
•Creating Sweeps and Blends: Creating Sweeps with Open Trajectories, Creating Sweeps with Closed Trajectories, Analyzing Sweep Feature Attributes, Creating a Parallel Blend Protrusion or Cut, Experimenting with Parallel Blend Attributes, Analyzing Parallel Blend Section Tools
Session 4:
•Creating Holes and Shells: Common Dashboard Options: Hole Depth, Creating Coaxial Holes, Creating Linear Holes, Creating Radial and Diameter Holes, Exploring Hole Profile Options, Creating Shell Features
•Advanced hole Creation: Creating Standard Holes, Creating Sketched Holes, Creating On Point Holes, Lightweight Holes, Cosmetic Threads
•Creating Rounds and Chamfers: Creating Rounds by Selecting Edges, by Selecting a Surface and Edge and by Selecting Two Surfaces, Creating Full Rounds, Creating Chamfers by Selecting Edges
•Drafts: Creating Draft Features, Creating Basic Split Drafts, Analyzing Draft Hinges and Pull Direction, Drafting
Intent Surfaces, Creating Drafts with Multiple Angles, Using the Extend Intersect Surfaces Draft Option, Creating Drafts Split at Sketch, Creating Drafts Split at Curve, Creating Drafts Split at Surface, Creating Drafts with Variable Pull Direction.
Session 5:
•Variable Section Sweeps: Creating Variable Section Sweeps using a Constant Section, Creating Variable Section Sweeps Normal to Trajectory, Creating Variable Section Sweeps using Constant Normal Direction, Creating Variable Section Sweeps Normal to Projection, Creating Variable Section Sweeps Utilizing Multiple Trajectories.
•Helical Sweeps: Understanding Helical Sweep Theory, Creating Helical Sweeps for Springs, Creating Helical Sweeps for Threads, Analyzing Helical Sweep Profile and Pitch Variations, Utilizing Variable Sections in Helical Sweeps
•Swept Blends: Understanding Swept Blend Theory, Creating Swept Blends by Selecting Sections, Creating Swept Blends by Sketching Sections, Analyzing Swept Blend Section Options, Analyzing Swept Blend Section Plane Control, Analyzing Swept Blend Options.
Session 6:
•Creating Patterns: Direction Patterning in the First Direction, Direction Patterning in the Second Direction, Axis Patterning in the First Direction, Axis Patterning in the Second Direction, Creating Reference Patterns of Features, Creating Reference Patterns of Components
•Group, Copy, and Mirror Tools: Creating Local Groups, Copying and Pasting Features, Moving and Rotating Copied Features, Mirroring Selected Features, Mirroring All Features, Creating Mirrored Parts
•Measuring and Inspecting Models: Analyzing Model Units and Mass Properties, Measuring Models, Creating Planar Part Cross-Sections, Measuring Global Interference
•Relations and Parameters: Understanding Relation Theory, Understanding Relation Types, Understanding Basic Relation Operators and Functions, Understanding Advanced Relation Operators and Functions, Creating Parameters, Understanding Advanced Parameter Options, Creating Relations, Creating Relations for Patterns
•Family Tables: Understanding Family Table Theory, Creating a Family Table, Patterning Family Table Instances, Creating a Multi-Level Family Table, Editing Family Table Members
Session 7:
•Assembling with Constraints: Understanding Assembly Theory, Creating New Assembly Models, Understanding Constraint Theory, Understanding Assembly Constraint Status, Assembling Components using: Default, Automatic, Distance, Angle Offset, Parallel, Coincident, Normal, Coplanar, Centered, Tangent, Fix Constraints
•Exploding Assemblies: Creating and Managing Explode States, Creating Offset Lines between Exploded Components
Session 8:
•Surface Features: Creating Surface features, Editing Surface Features in Creo Parametric, Copying the Surfaces, Mirroring the Surfaces, Trimming the Surface, Merging the Surfaces, Creating the Fill Surface, Creating the Intersecting Curves, Creating an Offset Surface, Giving Thickness to a Surface, Converting a Surface into a Solid
•Creating Drawing Views: Analyzing Drawing Concepts and Theory, Analyzing Basic 2-D Orientation, Creating New Drawings and Applying Formats, Creating and Orienting General Views, Adding Drawing Models and Sheets, Creating Projection Views Creating Drawing Views: Creating Cross-Section Views, Creating Detailed Views, Creating Auxiliary Views, Creating 2D Cross Section Views, Creating New Drawings using Drawing Templates, Modifying Drawing Views, Creating Assembly and Exploded Views Creating Drawing Details: Analyzing Detail Concepts and Types, Showing and Erasing Detail Items, Cleaning Up
Dimensions, Manipulating Dimensions, Creating Driven Dimensions
Creating Drawing Details: Creating Notes, Showing a Bill of Materials, Analyzing Drawing Associativity
Session 9:
•Creating and Using Component Interfaces: Understanding Component Interfaces, Using a Placing Component Interface, Using a Receiving Component Interface, Creating a Component Interface using Save as Interface, Auto Placing Components
•Replacing Components in an Assembly: Understanding Component Replace, Replacing Components using Family Table
•Understanding the Basics of Simplified Reps: Understanding Simplified Rep Concepts, Customizing Simplified Reps, Excluding Components using Simplified Reps, Creating Geometry and Graphics Simplified Reps, Opening Simplified Reps, Creating Part Simplified Reps
Session 10:
•Introduction to sheet metal design: The sheet metal design environment, Sheet metal parts, Design approach
•Primary walls: Wall Types, Creating the first wall
•Secondary and unattached walls: Types of secondary walls, Creating unattached walls, Secondary walls with relief
•Bend features: Bend features, Bend lines
•Unbend, bend back and cuts: The unbend regular feature, The bend back feature, Creating sheet metal cuts
•Notches and punches: Creating a punch or notch UDF, Placing a punch or notch feature
•Sheet metal forms: Creating form features, Creating form parts, Placing form features, Returning the model to the flat state.
LIST PRICE=20000₹ OFFER PRICE=13999₹
UG-NX
Schedule on Demand Duration : 40 Hrs.
Session 1: Introduction to CAE
- Introduction to CAE
- General procedure to conduct FEA
- FEA software
- Key Assumptions in FEA
- Types of Engineering Analysis
- Important terms and definitions
- Classification of materials
- Exercises included for practice
- Introduction to ANSYS Workbench
- Sketching and Part Modeling in Design Modeler
- Introduction to Modeling
- Introduction to Design Modeler Window
- Illustration 1: I-section
Session 2: Solid Modeling Fundamentals
- Overview
- Introduction
- Extrusion
- Sketching
- Exercises included for practice
- Defining Material Properties
- Introduction to Engineering Workspace
- Creating and Adding Materials
- Assigning Material to the Beam
- Assigning Material to the Assembly
Session 3: Meshing
- Introduction
- Meshing of Plate with Holes
- Generating the mesh, optimize the model and generating the local mesh
- Assembly Meshing
- Static Structural Analysis
- Introduction to Static Structural Analysis
- Pre-processing
- Solution
- Post-processing
- Static Structural Analysis of: Cantilever Beam, Plate with a central circular holes, Plate with a square slot,
- Pressure vessel, Bracket
- Clevis assembly
Session 4: Wizard and Tools
- Overview
- Introduction
- Static loadings: Ductile materials, Brittle materials
- Fatigue loading: Ductile material
- Exercises included for practice
- Surface and Line Model
- Overview
- Introduction
- Sheet with circular hole-plane stress
- Bracket
- Line body model
- Exercises included for practice
Session 5: Natural Frequencies
- Overview
- Introduction
- Performing the Modal analysis
- Specifying analysis settings
Session 6 :- Modal analysis
- Cantilever beam
- Simply supported beam
- Motor cover Assembly
- Connecting rod
LIST PRICE=20000₹ OFFER PRICE=13999₹
Catia V5
Schedule on Demand Duration : 40 Hrs.
Session 1: Introduction to CAE
- Introduction to CAE
- General procedure to conduct FEA
- FEA software
- Key Assumptions in FEA
- Types of Engineering Analysis
- Important terms and definitions
- Classification of materials
- Exercises included for practice
- Introduction to ANSYS Workbench
- Sketching and Part Modeling in Design Modeler
- Introduction to Modeling
- Introduction to Design Modeler Window
- Illustration 1: I-section
Session 2: Solid Modeling Fundamentals
- Overview
- Introduction
- Extrusion
- Sketching
- Exercises included for practice
- Defining Material Properties
- Introduction to Engineering Workspace
- Creating and Adding Materials
- Assigning Material to the Beam
- Assigning Material to the Assembly
Session 3: Meshing
- Introduction
- Meshing of Plate with Holes
- Generating the mesh, optimize the model and generating the local mesh
- Assembly Meshing
- Static Structural Analysis
- Introduction to Static Structural Analysis
- Pre-processing
- Solution
- Post-processing
- Static Structural Analysis of: Cantilever Beam, Plate with a central circular holes, Plate with a square slot,
- Pressure vessel, Bracket
- Clevis assembly
Session 4: Wizard and Tools
- Overview
- Introduction
- Static loadings: Ductile materials, Brittle materials
- Fatigue loading: Ductile material
- Exercises included for practice
- Surface and Line Model
- Overview
- Introduction
- Sheet with circular hole-plane stress
- Bracket
- Line body model
- Exercises included for practice
Session 5: Natural Frequencies
- Overview
- Introduction
- Performing the Modal analysis
- Specifying analysis settings
Session 6 :- Modal analysis
- Cantilever beam
- Simply supported beam
- Motor cover Assembly
- Connecting rod
LIST PRICE=20000₹ OFFER PRICE=13999₹
Autodesk Inventor
Schedule on Demand Duration : 40 Hrs.
Session 1: Introduction to CAE
- Introduction to CAE
- General procedure to conduct FEA
- FEA software
- Key Assumptions in FEA
- Types of Engineering Analysis
- Important terms and definitions
- Classification of materials
- Exercises included for practice
- Introduction to ANSYS Workbench
- Sketching and Part Modeling in Design Modeler
- Introduction to Modeling
- Introduction to Design Modeler Window
- Illustration 1: I-section
Session 2: Solid Modeling Fundamentals
- Overview
- Introduction
- Extrusion
- Sketching
- Exercises included for practice
- Defining Material Properties
- Introduction to Engineering Workspace
- Creating and Adding Materials
- Assigning Material to the Beam
- Assigning Material to the Assembly
Session 3: Meshing
- Introduction
- Meshing of Plate with Holes
- Generating the mesh, optimize the model and generating the local mesh
- Assembly Meshing
- Static Structural Analysis
- Introduction to Static Structural Analysis
- Pre-processing
- Solution
- Post-processing
- Static Structural Analysis of: Cantilever Beam, Plate with a central circular holes, Plate with a square slot,
- Pressure vessel, Bracket
- Clevis assembly
Session 4: Wizard and Tools
- Overview
- Introduction
- Static loadings: Ductile materials, Brittle materials
- Fatigue loading: Ductile material
- Exercises included for practice
- Surface and Line Model
- Overview
- Introduction
- Sheet with circular hole-plane stress
- Bracket
- Line body model
- Exercises included for practice
Session 5: Natural Frequencies
- Overview
- Introduction
- Performing the Modal analysis
- Specifying analysis settings
Session 6 :- Modal analysis
- Cantilever beam
- Simply supported beam
- Motor cover Assembly
- Connecting rod
LIST PRICE=20000₹ OFFER PRICE=13999₹
Catia Wire Harness
Schedule on Demand Duration : 40 Hrs.
Session 1: Introduction to CAE
- Introduction to CAE
- General procedure to conduct FEA
- FEA software
- Key Assumptions in FEA
- Types of Engineering Analysis
- Important terms and definitions
- Classification of materials
- Exercises included for practice
- Introduction to ANSYS Workbench
- Sketching and Part Modeling in Design Modeler
- Introduction to Modeling
- Introduction to Design Modeler Window
- Illustration 1: I-section
Session 2: Solid Modeling Fundamentals
- Overview
- Introduction
- Extrusion
- Sketching
- Exercises included for practice
- Defining Material Properties
- Introduction to Engineering Workspace
- Creating and Adding Materials
- Assigning Material to the Beam
- Assigning Material to the Assembly
Session 3: Meshing
- Introduction
- Meshing of Plate with Holes
- Generating the mesh, optimize the model and generating the local mesh
- Assembly Meshing
- Static Structural Analysis
- Introduction to Static Structural Analysis
- Pre-processing
- Solution
- Post-processing
- Static Structural Analysis of: Cantilever Beam, Plate with a central circular holes, Plate with a square slot,
- Pressure vessel, Bracket
- Clevis assembly
Session 4: Wizard and Tools
- Overview
- Introduction
- Static loadings: Ductile materials, Brittle materials
- Fatigue loading: Ductile material
- Exercises included for practice
- Surface and Line Model
- Overview
- Introduction
- Sheet with circular hole-plane stress
- Bracket
- Line body model
- Exercises included for practice
Session 5: Natural Frequencies
- Overview
- Introduction
- Performing the Modal analysis
- Specifying analysis settings
Session 6 :- Modal analysis
- Cantilever beam
- Simply supported beam
- Motor cover Assembly
- Connecting rod
LIST PRICE=20000₹ OFFER PRICE=13999₹
Microstation
Schedule on Demand Duration : 40 Hrs.
Session 1: Introduction to CAE
- Introduction to CAE
- General procedure to conduct FEA
- FEA software
- Key Assumptions in FEA
- Types of Engineering Analysis
- Important terms and definitions
- Classification of materials
- Exercises included for practice
- Introduction to ANSYS Workbench
- Sketching and Part Modeling in Design Modeler
- Introduction to Modeling
- Introduction to Design Modeler Window
- Illustration 1: I-section
Session 2: Solid Modeling Fundamentals
- Overview
- Introduction
- Extrusion
- Sketching
- Exercises included for practice
- Defining Material Properties
- Introduction to Engineering Workspace
- Creating and Adding Materials
- Assigning Material to the Beam
- Assigning Material to the Assembly
Session 3: Meshing
- Introduction
- Meshing of Plate with Holes
- Generating the mesh, optimize the model and generating the local mesh
- Assembly Meshing
- Static Structural Analysis
- Introduction to Static Structural Analysis
- Pre-processing
- Solution
- Post-processing
- Static Structural Analysis of: Cantilever Beam, Plate with a central circular holes, Plate with a square slot,
- Pressure vessel, Bracket
- Clevis assembly
Session 4: Wizard and Tools
- Overview
- Introduction
- Static loadings: Ductile materials, Brittle materials
- Fatigue loading: Ductile material
- Exercises included for practice
- Surface and Line Model
- Overview
- Introduction
- Sheet with circular hole-plane stress
- Bracket
- Line body model
- Exercises included for practice
Session 5: Natural Frequencies
- Overview
- Introduction
- Performing the Modal analysis
- Specifying analysis settings
Session 6 :- Modal analysis
- Cantilever beam
- Simply supported beam
- Motor cover Assembly
- Connecting rod
LIST PRICE=20000₹ OFFER PRICE=13999₹
Transforming Skill-Based Design Engineer
Empowering Innovation Through Design
AGS CADD CENTRE is a premier CAD/CAM/CAE training and design services company dedicated to shaping the future of engineering and design professionals. With a legacy of excellence and innovation, we offer comprehensive training programs and project-based learning tailored for students, working professionals, and corporate teams. Founded with the mission to bridge the gap between academic learning and industry requirements. Our commitment lies in equipping individuals with the right skills and tools to thrive in the competitive design and manufacturing landscape.
WE TRAINED INDUSTRY ORIENTED DOMAIN
✅ Part Modeling ✅Sheet Metal Design ✅Surface Design ✅Structural Design ✅Casting Design ✅Advanced Assembly ✅Detailing & Drafting ✅ GD & T (Practical) ✅ Material & Fit Selection
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