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Quick Facts
| Medium Of Instructions | Mode Of Learning | Mode Of Delivery |
|---|---|---|
| English | Self Study | Video and Text Based |
Course Overview
Recently, there has been a growing trend towards improving quality in various industries. This is due to the rising global competition and customers’ growing need for reliable products. That’s why special attention must be paid to fatigue, as it’s one of the leading causes of industrial failure and directly affects product quality. The Fatigue Failure in Different Fields of Engineering programme will tackle many topics about this.
Fatigue Failure in Different Fields of Engineering course aims to introduce Ph.D. students, M.Sc graduates, and engineers working in the industry to the fundamentals of fatigue in different engineering fields. The training curriculum covers common causes of component failure and challenges faced by engineers. The programme also includes hands-on training via the ANSYS workbench platform.
The course content for Fatigue Failure in Different Fields of Engineering training is delivered through video lectures and readings. Also, you can complete the end-of-the-week and homework assessments to understand the week’s learnings better. Lastly, after you’ve completed all modules, you must appear for the final exam.
The Highlights
- Offered by RUDN University
- 100% online
- Resettable deadlines
- Intermediate level training
- Six-week programme
- Takes 23 hours to finish
- Shareable certificate
- English videos with English subtitles
- Expert faculty
Programme Offerings
- Weekly Assignments
- Expert Faculty
- High-quality video lectures
- English Subtitles
- Adjustable deadlines
- Homework assessment
- Final Exam
- a course completion certificate
Courses and Certificate Fees
| Fees Informations | Certificate Availability | Certificate Providing Authority |
|---|---|---|
| INR 2162 | yes | E-Learning Development Fund |
Fatigue Failure in Different Fields of the Engineering certification course is free to enrol in. However, to get a completion certificate, you need to pay the programme fee.
Fatigue Failure in Different Fields of Engineering fee structure
Course option | Fee |
Fatigue Failure in Different Fields of Engineering - Audit | FREE |
Fatigue Failure in Different Fields of Engineering - Certificate | Rs. 2,127 |
Eligibility Criteria
As the Fatigue Failure in Different Fields of Engineering training programme is an intermediate-level programme, it’s recommended that you at least have a bachelor’s degree in any engineering field. If you’re an industrial engineer, you can take up this training as well.
What you will learn
After completing the Fatigue Failure in Different Fields of Engineering certification syllabus, you will be adept in concepts and tools like:
- Fatigue design criteria
- Fatigue design flowchart
- ANSYS workbench
- Classification of fatigue loads
- FE simulation
Who it is for
The Fatigue Failure in Different Fields of Engineering training course is an ideal course for MSc graduates, engineers, and PhD students.
Admission Details
- Step 1: Go to the Fatigue Failure in Different Fields of Engineering programme page on the Official link.
- Step 2: Check the instructors’ bio, curriculum, course content, programme duration, sample certificate, scholarship information, fees details, and more. Sign up or sign in to your Coursera after you’ve read the details.
- Step 3: Next, select ‘Enrol for Free’. Now, choose from the free or paid version.
- Step 4: If you go with the free version, you will be directly enrolled in the programme. If you choose the paid version, you must first provide its fee.
Application Details
Fatigue Failure in Different Fields of Engineering training requires you to submit a sign-up form if you’re using Coursera for the first time. The form needs your email ID, name and password to create your account. You can link your Google account or Facebook ID to sign up as well. If you’re an existing Coursera user, you only need to sign in to access the course material. Your existing Coursera, Facebook, Google, or Apple ID is applicable for logging in.
The Syllabus
- Introduction
- Intro video
- Report of some huge losses of fatigue failures
- Failure types and why fatigue failure is important
- Stages of fatigue failure from viewpoint of medical science
- The macro aspect of material fatigue by human body language
- Various ways to delay the fatigue feeling
- Civil engineering
- Sea, Energy, and Material engineering
- Aerospace and Transportation engineering
- Computer, Electrical, and Textile engineering
- Biomedical engineering
- Fatigue failure’s real examples in Mechanical engineering and other industries
- Automotive engineering
- Strategies in fatigue design
- Fatigue design flowchart
- Fatigue testing machine
- Fatigue design criteria
- Crack inspection and sizing in service
- A steering knuckle’s design as an automotive’s super-critical component (steps 1-5)
- A steering knuckle’s design as an automotive’s super-critical component (steps 6-10)
- Fatigue test specimen preparation and important points in fatigue experiment
- Multiaxial stress-strain field
- Mean stress and its effect on HCF life
- Numerous cycle counting techniques and J-rain software tutorial
- Linear damage accumulation rule
- S-N diagram’s features and high-cycle fatigue life approach
- Different types of fatigue loads
- Tutorial of ANSYS Workbench (finite element simulation)
- Tutorial of ANSYS Workbench (geometric modeling)
- Tutorial of ANSYS Workbench (fatigue analysis)
- Tutorial of ANSYS Workbench (static analysis)
- Define new material in ANSYS WORKBENCH software
- Loading ratio’s effect on fatigue life estimation
- Mean stress’s effect on fatigue life prediction through FEM
- Solving high-cycle fatigue problems via formula (Part 1)
- Solving high-cycle fatigue problems via formula (Part 2)
- Thermal operating and Plating
- Improvement of fatigue properties of metallic materials (Mechanical methods)
- SP process’s effect on residual stress and grain size
- Machining
- Some new scientific and practical findings
- Effects of SP process on fatigue life
- Final video
RUDN University Frequently Asked Questions (FAQ's)
As such, the course doesn’t offer any credits explicitly. However, many universities accept Coursera certificates as credit. Check with your university to learn more.
Kazem Reza Kashyzadeh from RUDN university will be your course instructor.
Coursera, in collaboration with RUDN University and the E-Learning Development Fund, delivers this training.
It takes approximately 23 hours to complete the course.
The course completion certificate is priced at Rs. 2,127.