One of the major reasons why finite element codes are difficult to keep clean and maintainable is that operations involving nodal information (and in particular boundary conditions) show up in many sections of the programs and in many different contexts. The matter is further complicated by the inadequacy of the unstructured procedural programming approach promoted by the Fortran language. This article addresses the management of linear constraints, and does so from an object-oriented programming viewpoint. Emphasis is laid on both the model design and the practical programming details.JRC.(ISIS)-Institute For Systems, Informatics And Safet
Object-oriented programming has become the main paradigm in general computing, and has started to ma...
Abstract-- This paper describes the potential solution offered by object-oriented programming (OOP) ...
The paper describes how the UDU decomposition method and sub-structuring algorithms can be implement...
One of the major reasons why finite element codes are difficult to keep clean and maintainable is th...
Making a finite element code easier to maintain is achieved by further modulaizing it. Due to its tw...
The finite element method is by its nature very modular. Object oriented programming enables full ad...
Engineering software is becoming ever more complex. Finite element programs have sophisticated graph...
This book describes the advantages of object oriented programming for finite element software develo...
The authors have used object oriented programming methods to develop finite element programs. This p...
A C++ implementation of a finite element class system and its links to a graphical model of a struct...
This paper presents a general structure of an object oriented finite element code. The aim of the de...
analysis This work describes an ongoing effort, initiated in early 1990s, in the development of a fi...
New technologies in computer science applied to numerical computations open the door to alternative ...
We discuss the problem of the representation of constraints in an object-oriented programming langua...
Over the last 20 years or so object-oriented programming has become the predominant paradigm in soft...
Object-oriented programming has become the main paradigm in general computing, and has started to ma...
Abstract-- This paper describes the potential solution offered by object-oriented programming (OOP) ...
The paper describes how the UDU decomposition method and sub-structuring algorithms can be implement...
One of the major reasons why finite element codes are difficult to keep clean and maintainable is th...
Making a finite element code easier to maintain is achieved by further modulaizing it. Due to its tw...
The finite element method is by its nature very modular. Object oriented programming enables full ad...
Engineering software is becoming ever more complex. Finite element programs have sophisticated graph...
This book describes the advantages of object oriented programming for finite element software develo...
The authors have used object oriented programming methods to develop finite element programs. This p...
A C++ implementation of a finite element class system and its links to a graphical model of a struct...
This paper presents a general structure of an object oriented finite element code. The aim of the de...
analysis This work describes an ongoing effort, initiated in early 1990s, in the development of a fi...
New technologies in computer science applied to numerical computations open the door to alternative ...
We discuss the problem of the representation of constraints in an object-oriented programming langua...
Over the last 20 years or so object-oriented programming has become the predominant paradigm in soft...
Object-oriented programming has become the main paradigm in general computing, and has started to ma...
Abstract-- This paper describes the potential solution offered by object-oriented programming (OOP) ...
The paper describes how the UDU decomposition method and sub-structuring algorithms can be implement...