Advance Durability

Advance CAE: Durability Course

Wissen Baum Engineering Solutions

Join our Advanced CAE: Durability Course for comprehensive training in computer-aided engineering (CAE) and finite element analysis (FEA) specialized for durability simulation. Learn crucial concepts and hands-on applications tailored to various engineering products' durability behaviors. Develop proficiency from ideation to finalizing designs, with an emphasis on CAE and FEA methodologies. Whether you're a novice or seasoned professional, our project-based evaluations prepare you for success in durability analysis.

Join us on this transformative journey to become an expert in durability analysis!

Location

B 113, Bwing, G.O Square,
Wakad, Pune 411057, India

Start Date

1-Aug-2024

Key areas of training

Durability
Fundamentals

Introduction to Durability Engineering
Material Properties and Durability
Failure Modes and Mechanisms
Design for Durability
Durability Testing and Validation
Durability Prediction Models
Life Cycle Assessment and Sustainability

Durability File
Type Overview

Geometry and CAD File Formats
Mesh File Formats
Material Property File Formats
Simulation and Result File Formats
Data Exchange Standards
File Management and Version Control

Element formulation and Sectional properties

Element Formulation (1D, 2D, 3D)
Higher-Order Elements
Element Formulation in Finite Element Analysis (FEA)
Advanced Topics in Element Formulation
Calculation Methods for Sectional Properties
Impact of Sectional Properties on Durability
Advanced Topics in Sectional Properties

Material formulation and Connections

Mat01 (Basic Material Formulation)
MatS1 (Advanced Material Formulation)
Material Characterization Techniques
Implementation in CAE Software
Advanced Topics in Material Formulation
Connections (Bolted Joints, Welded Joints)
Modeling and Simulation of Connections
Optimization of Structural Connections
Advanced Topics in Joint Analysis

Prestress Manager and Contact Creation

Fundamentals of Prestress
Prestress Manager in CAE Software
Simulation of Prestressed Structures
Validation and Calibration of Prestress Models
Advanced Topics in Prestress Management
Contact Creation (Tie Contact, Freeze and Slide)
Simulation and Analysis of Contact Interfaces
Advanced Topics in Contact Analysis

Load
Collector

Introduction to Load Collectors in CAE
Force Load Collectors
SPC (Single Point Constraints) Load Collectors
Eigen Load Collectors
Prestress Load Collectors
Organizing and Managing Load Collectors
Load Collector Interaction and Combined Loading
Validation and Verification of Load Collectors

Load Step
Creation

Purpose and Types of Load Steps
Static Load Steps
Dynamic Load Steps
Thermal Load Steps
Eigenvalue Load Steps
Sequencing and Managing Load Steps
Load Step Control and Optimization
Validation and Verification of Load Steps

Output Data Block for Durability

Stress Output Data
Strain Output Data
Strain Energy Output Data
Configuring Output Data Blocks in CAE Software
Post-Processing and Analysis of Output Data
Interpreting and Validating Output Data
Applications of Output Data in Durability Analysis
Advanced Topics in Output Data Analysis

Control
Cards

Screening Control Cards
Geometrical Nonlinearity Control Cards
Configuring Screening Control Cards
Post-Processing and Analysis of Screening Results
Post-Processing and Analysis of Geometrical Nonlinearity Results
Interpreting and Validating Screening and Nonlinear Results
Applications of Screening and Geometrical Nonlinearity in Durability Analysis

Careeer Prospects / Job Roles

The demand for professionals skilled in CAE (Computer-Aided Engineering) and FEA (Finite Element Analysis) is on the rise. As industries increasingly rely on these advanced tools to optimize product design and performance, there are numerous career opportunities available across various sectors such as automotive, aerospace, consumer goods, healthcare, and electronics. Enrolling in the "Advanced CAE: Durability" course can significantly enhance your career prospects in engineering and product design, opening doors to roles such as:

CAE Engineer
Durability Engineer
FEA Analyst
Structural Analyst
Product Development Engineer
Simulation Specialist
Design Engineer
Research and Development Engineer

Why choose to learn Durability course with Eduni

Certification

Course Completion Certificate

Recorded Sessions

Recorded sessions available for review to catch up or revisit material.

Good Trainer

Years of industry experience

Mentorship

Students receive career development guidance from industry-certified mentors

Projects

Continuous project assessments aid students, enhancing job interview opportunities post-course

Doubt Resolution

Dout Clearing Session and Peer Support Groups

Placement Assistance

Eduni's initiative provides placement support to eligible students upon successful course completion.

Career Support

Access extensive career coaching and upgrade yourself.

Crack Interviews

Master interview skills confidently with our course, designed to help you crack interviews effectively.

Did you know?

Key Skills for Durability course professional in India

Durability course, professionals need proficiency in CAE/FEA software (e.g., ANSYS, Abaqus), a strong understanding of material properties, simulation techniques, and principles of Design for Manufacturability (DFM) and Design for Assembly (DFA). Essential soft skills include communication, problem-solving, and teamwork. Familiarity with prototyping techniques, industry standards, compliance regulations, and advanced project management is also beneficial. These skills enable analysts to contribute significantly to engineering and product design projects, with a specific focus on durability.

Durability Course

Advance CAE: Durability Course

Location

Start Date

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Phone Number

Email Address

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Key areas of training

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Careeer Prospects / Job Roles

Why choose to learn Durability course with Eduni

Did you know?

Key Skills for Durability course professional in India