ERDES—An expert system for the aseismic design of buildings

Syrmakezis, C. A.; Mikroudis, George K.

doi:10.1016/s0045-7949(96)00079-x

Cited by 6 publications

(1 citation statement)

References 3 publications

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“…We cite here the following notable prototype shells: HI-RISE [2], SPECON (reviewed in Ref. [3]), ERDES [4]. In the subdomain of analysis, the range of relevant work reported is far narrower; we identify SACON [5], an early rule-based system that used backward-chaining to infer suitable analysis strategies and controlling problem parameters for structural analysis problems, SesCon [6], a dedicated consultant for the use of Seasame69 structural analysis program, and FEMOD [7], an assistant in FEM-specific topics.…”

Section: Introductionmentioning

confidence: 99%

Build-X: Expert system for seismic analysis and assessment of 3D buildings using OpenSees

Psyrras

Sextos

2018

Advances in Engineering Software

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Despite the breadth of the available finite element codes for seismic analysis and assessment, the associated complexity in use and the generality in orientation are likely to increase the epistemic uncertainty involved in the models, particularly in nonlinear analysis procedures. Thus, it is of interest to develop tools for improving the reliable use of existing structural engineering software. This paper aims to present the capabilities of Build-X, a recently developed knowledge-based system tailored to the prediction of the seismic response of 3D buildings. This expert system features a simple visual user interface that supports the structural engineer throughout the structural configuration of a building, providing expert suggestions as to critical modelling decisions, and automations that increase the reliability of the analysis and accelerate the pre-processing stage. Build-X is linked with OpenSees, a widely used script-based freeware for seismic analysis of structures, which is utilized to perform the core finite element analysis. Post-processing tasks are easy to handle through the graphical engine of the system developed. A verification study demonstrates the efficiency of the system and reliability of the results generated, pointing to the way in which Build-X may serve as a useful tool for the seismic analysis of newly designed buildings and the assessment of existing ones at reduced computational cost and modelling uncertainty.

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