An integrated structural design system has been developed for the design and analysis of fixed steel offshore topside structures. Artificial intelligence techniques are employed to assist in specifying the preliminary configuration of the topside structure to be designed. The preliminary structural model, in symbolic representation, is converted by an interface data generator to a set of input data which can be analysed by a conventional structural design package. An interactive graphics facility has also been implemented to allow modification of the preliminary structural model prior to the performance of the structural analysis. This integrated system also comprises a post-analysis facility in which optimisation of structural members can ...
Structural system design is the process of giving form to a set of interconnected components subject...
The term artificial intelligence is related to computer engineering, but since 1950s the application...
Conceptual design stage is the most crucial part for the development of functional and resource-effi...
In this article, we discuss a knowledge-based expert system, IPDOTS, implemented for the preliminary...
Most conventional structural analysis and design programs have the following inherent weaknesses: th...
Most conventional structural analysis and design programs have the following inherent weaknesses:- t...
We discuss an alternative approach, using a knowledge-based expert system, to the design of offshore...
This paper describes an 'intelligent' structural design system, IPDOS, for the design of fixed offsh...
The design of offshore structures is a complex iterative process involving a very diversified range ...
The application of artificial neural networks (ANN) in the preliminary design of structures has been...
A structure can be defined complex if its behavior is influenced from nonlinearities, uncertainties ...
This paper describes a microcomputer-based integrated 'intelligent' system, IPDOS, for the interacti...
The conceptual design stage is the most crucial part for the development of functional and resource-...
: The critical design decisions in bridge design are made at the preliminary design stage. This stag...
Developments and applications of artificial intelligence (AI) methods in the design of structural sy...
Structural system design is the process of giving form to a set of interconnected components subject...
The term artificial intelligence is related to computer engineering, but since 1950s the application...
Conceptual design stage is the most crucial part for the development of functional and resource-effi...
In this article, we discuss a knowledge-based expert system, IPDOTS, implemented for the preliminary...
Most conventional structural analysis and design programs have the following inherent weaknesses: th...
Most conventional structural analysis and design programs have the following inherent weaknesses:- t...
We discuss an alternative approach, using a knowledge-based expert system, to the design of offshore...
This paper describes an 'intelligent' structural design system, IPDOS, for the design of fixed offsh...
The design of offshore structures is a complex iterative process involving a very diversified range ...
The application of artificial neural networks (ANN) in the preliminary design of structures has been...
A structure can be defined complex if its behavior is influenced from nonlinearities, uncertainties ...
This paper describes a microcomputer-based integrated 'intelligent' system, IPDOS, for the interacti...
The conceptual design stage is the most crucial part for the development of functional and resource-...
: The critical design decisions in bridge design are made at the preliminary design stage. This stag...
Developments and applications of artificial intelligence (AI) methods in the design of structural sy...
Structural system design is the process of giving form to a set of interconnected components subject...
The term artificial intelligence is related to computer engineering, but since 1950s the application...
Conceptual design stage is the most crucial part for the development of functional and resource-effi...