Introduction to Structural Analysis using ANSYS Workbench : Skill-Lync
Course Features
Duration
8 weeks
Delivery Method
Online
Available on
Lifetime Access
Accessibility
Desktop, Laptop
Language
English
Subtitles
English
Level
Intermediate
Teaching Type
Self Paced
Course Description
Highlights
Hands on training
Top 5 Percentile
Career Impact
Top 10 Percentile
Parameters
Hands on training
This course stands out as one of the top 5 percentile options in Structural Analysis, offering unparalleled hands-on training. Learners gain practical experience and skills through immersive learning, preparing them for real-world challenges. It ensures a well-rounded skill set, catering to a range of learning preferences. With a focus on Hands on training and Capstone Projects / Industry-Simulation as well as essential Case Based Learning, this course is tailored to meet diverse educational needs.
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Career Impact
This course is exceptional, ranking among the top 10 percentile in Structural Analysis for its significant career impact and excellent job assistance. Learners benefit from valuable career opportunities and support, enabling them to secure relevant positions and excel in the industry. The course's dual focus on career impact and job assistance enhances its value, making it an ideal choice for individuals seeking to advance their careers and succeed in the Structural Analysis field.
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Course Overview
Job Assistance
Case Based Learning
Post Course Interactions
Case Studies,Hands-On Training,Instructor-Moderated Discussions
Case Studies, Captstone Projects
Skills You Will Gain
Prerequisites/Requirements
Engineering Students/Engineering Graduates
What You Will Learn
The Meaning of Finite Element Analysis
An Overview of the different analysis systems available in ANSYS Workbench
Understanding where and when to use particular materials
Creation of simple geometry in SpaceClaim
Importing and assigning material to the geometry
Determining the effect of a sheet on a die and punch system
Determining the frictional effects in a slider-crank mechanism
Performing tension and torsion tests on a given specimen
Target Students
This course can be opted by all the students who are pursuing BE or B Tech in Mechanical Engineering
Professionals working in quality, production and manufacturing domain and looking to move up the ladder in their career
This course will provide a deep understanding of the solving process of the implicit and explicit solver Also, you will gain expertise in settting up any model for performing basic structural simulation and post-processing the results
Freshers looking for opportunities as Mechanical Simulation Engineer, CAE Modeller, CAE Analyst ( With Modelling experience ), Static Equipment Engineer in static structural and R & D domains