On the Structure and Elements of SEMPER (1996)
article⁄On the Structure and Elements of SEMPER (1996)
abstract⁄This paper introduces the concept, structure, components, and application results of ‘SEMPER’, an active, multiaspect computational tool for comprehensive simulationbased design assistance. Specifically, SEMPER seeks to meet the following requirements a a methodologically consistent first principlesbased performance modeling approach through the entire building design and engineering process b seamless and dynamic communication between the simulation models and an object oriented spacebased design environment using the structural homology of various domain representations and c ‘preferencebased’ performancetodesign mapping technology bidirectional inference. SEMPER involves the integrated computational modeling of heat transfer, air flow, HVAC system performance, thermal comfort, daylighting and electrical lighting, acoustics, and lifecycle assessment.
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| Year |
1996 |
| Authors |
Mahdavi, A.; Mathew, P.; Lee, S.; Brahme, R.; Kumar, Shilpi; Liu, G.; Ries, R.; Wong, N.H. |
| Issue |
Design Computation: Collaboration, Reasoning, Pedagogy |
| Pages |
71-84 |
| Library link |
Patricia McIntosh & Filiz Ozel, 1996. bib⁄Design Computation: Collaboration, Reasoning, Pedagogy. ACADIA. |
| Entry filename |
on-structure-elements-semper |
