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Understanding Explicit Solid Dynamics: Introduction
Rating: 4.6 out of 5(19 ratings)
792 students

Understanding Explicit Solid Dynamics: Introduction

Introduction: An overview of explicit solid dynamics
Last updated 2/2024
English

What you'll learn

  • A concise definition of Explicit Solid Dynamics
  • How to classify dynamic events according to the impact velocity
  • What are the opportunities and applications for explicit dynamics technology
  • What is the set of skills required by the industry
  • Where to find reliable references and learning resources
  • How the other modules of this course are structured

Course content

3 sections11 lectures40m total length
  • Welcome0:54
  • Agenda1:07
  • Nomenclature and Acronyms0:12

Requirements

  • No specific tools or equipment required.
  • Some familiarity with computer simulation and finite element analysis.

Description

The course "Understanding Explicit Solid Dynamics" is divided into three separate modules: Introduction, Theory and Practice.

In the Introduction module, you will be provided with a concise definition of explicit solid dynamics, and you will learn how dynamic events can be classified based on impact velocity. A wide range of possible industrial applications will be discussed, giving you a broad overview of where explicit dynamics technology can be used.

The module also gives you some insights into the basic, advanced, specific, and human skills required to become an explicit dynamics simulation engineer, based on over a decade of experience.

Towards the end of the Introduction module, recommendations of books, articles, and online resources will be provided. The objective is to make the students aware of complementary references for this course. Finally, the structure of the paid modules II and III (Theory and Practice) will be explained in detail to give you a comprehensive understanding of what to expect in the upcoming modules.

By the end of the Introduction module, students will have a clear view of the challenges addressed by explicit solid dynamics, an understanding of its diverse applications, and a clear idea of the skills required to succeed in this field.

Who this course is for:

  • Simulation engineers and analysts interested in short-duration dynamic events and extreme loading conditions.
  • Those aiming at simulation positions within the Aerospace, Defence, Automotive (safety & occupant protection), Sports, Medical devices and many other industries.
  • Engineering students who have already been exposed to the finite element method and want to take their skills to the next level.