Performance Evaluation in an Integrated Software Environment for Building Design and Construction Planning
ABSTRACT In this paper the authors describe the role of performance evaluation in the Integrated Software Environment for Building Design and Construction Planning (IBDE), which is a testbed for examining integration issues in the same domain. Various processes in IBDE deal with the spatial configuration, structural design, and construction planning of high-rise office buildings. Performance evaluations occur within these processes based on different representation schemes and control mechanisms for the handling of performance knowledge. Within this multiprocess environment, opportunities also exist for performance evaluation across disciplines through design critics
- SourceAvailable from: David P. Chassin
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- "Many research prototypes have been developed to demonstrate the feasibility and potential for integrated building design. Integrated Building Design Environment (IBDE) developed by Fenves et al.  focuses on the representation and communication of design information. Intelligent Computer-Aided Design System (ICADS) by Pohl et al.  demonstrates the integration of drafting and design knowledge to provide expert advice to designers. "
ABSTRACT: Integrating analytic tools within a production Computer Aided Design (CAD) environment provides designers the opportunity to evaluate the impact of design decisions much earlier in the design process than previously possible. Softdesk Energy is a design tool that integrates building energy analysis capabilities into a highly automated production drafting environment (AutoCAD and Softdesk AutoArchitect). The authors review the technical challenges of integrating analytic tools with drafting tools, the CAD model extensions, and the impact of simplifications on the analytic results.
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ABSTRACT: The paper describes a knowledge-based system for the detailed design of prefabricated building. The system employs a comprehensive approach which integrates different design aspects, architectural, structural and technological. The system receives, as an input, a preliminary architectural design of the building to be erected, adjusts it to a modular grid, indicates the location of structured supports, breaks down the floors and walls into elements to be prefabricated and finally produces detailed drawings of the elements and their cost estimate. The premise of the system, its operation and the structure of its knowledge are described.Building and Environment 10/1994; 29(4-29):421-436. DOI:10.1016/0360-1323(94)90002-7 · 2.70 Impact Factor