Structural Analysis using ANSYS FEA for Engineering Applications

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Structural Analysis using ANSYS FEA for Engineering Applications

Overview

Course Date:
04 Dec 2024 to 06 Dec 2024
04 Dec 2024 to 06 Dec 2024
Registration Period:
23 Oct 2024 to 27 Nov 2024
23 Oct 2024 to 15 Nov 2024
Duration/Frequency:
24 hours / 3 days (9.00am to 6.00pm)
Mode of Training:
Classroom
Venue:
Singapore Polytechnic
Funding:
-

This short course is to allow the participants to appreciate structural analysis with commercial (ANSYS) Finite Element Analysis (FEA) software for solving engineering problems with practical session to enhance the learning outcome. In addition, simulation training with lab practical testing session are not common in other training providers. This lab practical session will be conducted and is linked to the analysis simulation.

Course Objective

By the end of the course, participants will be able to:

Explain the principles of Finite Element Analysis (FEA)
Apply the FEA using commercial ANSYS FEA software to solve structural problems

Course Outline

Introduction to FEA
• Geometry preparation
• Pre-processing, Structural analysis, Post-processing
• Best practices and FEA industries applications
• Module 1: CAD Modelling
Workshop 1.1: CAD Modelling Basic using SpaceClaim
Workshop 1.2: Sketching in SpaceClaim
• Module 2: Introduction to Mechanical
Workshop 2.1: Mechanical Basics
• Module 3: Preprocessing
Workshop 3.1: 2D Gear and Rack Analysis
• Module 4: Static Structural Analysis
Workshop 4.1: Linear structural analysis
• Module 5: Postprocessing, Validation, CAD, and Parameters.
Workshop 5.1: Mesh Evaluation
Workshop 5.2: Parameter management

Workshop for FEA Case Study with Hands-on Practical Measurement Session
• Case study 1 Workshop: 3-point bending of beam
• Case study 2 Workshop: Short column bending
• Case study 3 Workshop: Torsional stress
• Case study 4 Workshop: Contact spring force

• Case study 1 Validation Test Measurement: 3-point bending of beam
• Case study 2 Validation Test Measurement: Short column bending
• Case study 3 Validation Test Measurement: Torsional stress
• Case study 4 Validation Test Measurement: Contact spring force
• Correlation of test results to FEA results

Using FEA for Thermal & Modal Analysis
• Module 6: Mesh Control
Workshop 6.1: Mesh Creation
• Module 7: Thermal
Workshop 7: Thermal Analysis of a Pump Housing
• Module 8: Modal
Workshop 8.1: Modal Analysis of a Machine Frame
• Introduction to Non-Linear
• Introduction to Dynamics

Minimum Requirements

Diploma in Engineering with computer-aided design (CAD) experience

Certification / Accreditation

• Certificate of Attendance (electronic Certificate will be issued)
A Certificate of Attendance will be awarded to participants who meet at least 75% attendance rate

• Certificate of Completion (electronic Certificate will be issued)
A Certificate of Completion will be awarded to participants who pass the assessment and meet at least 75% attendance rate

Suitable for

Designers / Engineers / Engineering/Technical Manager

Course Fees

For more information on course fee / or to apply, click on the “Register” button.

Applicants/Eligibility	SkillsFuture Funding	GST	Subsidised Fee (after GST)
Singapore Citizens aged 40 and above¹	$ 2,160.00	$64.80	$304.80
Singapore Citizens aged below 40	$1,680.00	$64.80	$784.80
Singapore Permanent Residents and LTVP+ Holders	$1,680.00	$64.80	$784.80
SME-sponsored Singapore Citizens, Permanent Residents and LTVP+ Holders²	$2,160.00	$64.80	$304.80
Others (Full fees payable)	$0.00	$216.00	$2,616.00