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Fatigue Failue in Different Fields of Engineering ★ 5.000

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The aim of this course is to introduce MSc graduates, Ph.D. students, and engineers working in industry with a short review of the basics of fatigue in different fields of engineering.

Показатель Текущие показатели Рост
Значение 🏆 Рейтинг 3 дн 7 дн 30 дн
Количество учеников на курсе «Fatigue Failue in Different Fields of Engineering»Учеников на курсе 6 502
Сертификаты, выданные на курсе «Fatigue Failue in Different Fields of Engineering»Сертификатов выдано 71
Отзывы о курсе «Fatigue Failue in Different Fields of Engineering»Отзывов получено 2
Рейтинг курса «Fatigue Failue in Different Fields of Engineering»Рейтинг курса 5.000
Уроки в курсе «Fatigue Failue in Different Fields of Engineering»Количество уроков 54
Тесты в курсе «Fatigue Failue in Different Fields of Engineering»Количество квизов 90
Время прохождения курса «Fatigue Failue in Different Fields of Engineering»Время прохождения курса —
Обновления курса «Fatigue Failue in Different Fields of Engineering»Обновления курса — —
Дата публикации курса «Fatigue Failue in Different Fields of Engineering»Дата публикации курса — ———
Последнее обновление курса «Fatigue Failue in Different Fields of Engineering»Последнее обновление — ———
Сложность normal — ———

Содержание курса

Разделы в курсе «Fatigue Failue in Different Fields of Engineering» 6 разделов Уроки в курсе «Fatigue Failue in Different Fields of Engineering» 54 урока Тесты в курсе «Fatigue Failue in Different Fields of Engineering» 90 тестов Время прохождения курса «Fatigue Failue in Different Fields of Engineering» 7 ч. Последнее обновление курса «Fatigue Failue in Different Fields of Engineering» обн. 2 года назад

Introduction

8 уроков
1. Introduction ↗
2. Different types of failure and importance ↗
3. Report of some huge losses of fatigue failures ↗
4. Macro aspect of material fatigue by human ↗
5. Stages of fatigue failure from view point ↗
6. Various ways to delay the fatigue feeling ↗
7. Test ↗
8. Closing Module ↗

Real examples of fatigue failure in various industries

10 уроков
1. Real examples of fatigue failure in various industries, includin ↗
2. Automotive engineering ↗
3. Civil engineering ↗
4. Computer, Electrical, and Textile engineering ↗
5. Aerospace and Transportation engineering ↗
6. Petrochemical engineering ↗
7. Sea, Energy, and Material engineering ↗
8. Biomedical engineering ↗
9. Test ↗
10. Closing Module ↗

Fatigue design criteria and design flowchart

10 уроков
1. Fatigue design flowchart ↗
2. Design of steering knuckle as a super-critical component of auto ↗
3. Design of steering knuckle as a super-critical component of auto ↗
4. Strategies in fatigue design ↗
5. Fatigue design criteria ↗
6. Crack inspection and sizing in service ↗
7. Fatigue testing machine ↗
8. Fatigue test specimen preparation and important points in fatigu ↗
9. Test ↗
10. Closing Module ↗

Classification of fatigue loads and life estimation

8 уроков
1. Different types of fatigue loads ↗
2. Multiaxial stress-strain field ↗
3. Features of S-N diagram and high-cycle fatigue life approach ↗
4. Effect of mean stress on HCF life ↗
5. Linear damage accumulation rule ↗
6. Various cycle counting techniques and tutorial of J-rain softwar ↗
7. Test ↗
8. Closing Module ↗

Solve fatigue problems using the formula and FE simulation

11 уроков
1. Solve high-cycle fatigue problems using formula (Part 1) ↗
2. Solve high-cycle fatigue problems using formula (Part 2) ↗
3. Tutorial of ANSYS Workbench (geometric modeling) ↗
4. Tutorial of ANSYS Workbench (finite element simulation) ↗
5. Tutorial of ANSYS Workbench (static analysis) ↗
6. Tutorial of ANSYS Workbench (fatigue analysis) ↗
7. Effect of mean stress on fatigue life prediction using FEM ↗
8. Effect of loading ratio on fatigue life estimation ↗
9. Define new material in ANSYS WORKBENCH software ↗
10. Test ↗
11. Closing Module ↗

Improvement of fatigue properties of metallic materials

7 уроков
1. Improvement of fatigue properties of metallic materials (Mechani ↗
2. Some new scientific and practical findings ↗
3. Effects of SP process on grain size and residual stress ↗
4. Effects of SP process on fatigue life ↗
5. Thermal operating and Plating ↗
6. Machining ↗
7. Test ↗