Öchsner Andreas. - Computational Plasticity for Finite Elements: a Fortran-Based Introduction

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In this book, we want to demonstrate the use of the classic programming language FORTRAN for numerical computing in the context of the finite element method. For this purpose, we are focusing specifically on the subject of computational plasticity.

FORTRAN is a programming language, specifically designed for scientific and engineering applications. Since its initial release in the 1950s, many upgrade features have been added.

FORTRAN has asserted itself due to its practical use. Unlike earlier programs with machine or assembly code, FORTRAN uses higher language with abstract words and syntax, which automize computation instructions. This makes the code easy to read and write, and much less prone to bugs.

A decided advantage of FORTRAN is its flexibility. As it does not depend on a particular computing system, a transfer is very simple. In this context, it should be noted that all classical finite element packages are written in this language. Some even offer an interface to link ones own code to the commercial package. As a general-purpose tool, FORTRAN is a modern alternative for numerical computing and scientific programming. As opposed to many numerical software, FORTRAN is always transparent and easy to work with.

We look forward to receiving some comments and suggestions for the next edition of this textbook.

Michael Trapp

Andreas chsner

Griffith University

Gold Coast, Australia

January 2018

It is important to highlight the contribution of the students which helped to finalize the content of this book. Their questions, comments and struggle during different lectures, assignments and final examinations helped us to structure this book. Furthermore, we would like to express our sincere appreciation to the Springer Publisher, especially to Dr. Christoph Baumann, for giving us the opportunity to realize this book.