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- W2005130166 abstract "Abstract The passive utilization of solar energy can best be achieved through the careful collaboration between the architect and the engineer who are responsible for the design of such structures. Substantial interaction in the early stages of design is crucial with the energy implications of tradeoffs assessed and re-assessed as the design progresses through the schematic and development phases where form, function and material utilization are being traded and juxtaposed. For these reasons, it is imperative that computational methods fit the task at hand, namely the ready assessment of the energy requirements of the building elements and their assemblies. The calculation program, to be useful for the architect-engineer teams, must be first and foremost a dynamic model of the structure's time-dependent behavior which accurately reflects the dynamic external influences such as insolation, air temperatures and psychrometric properties as well as the schedules of use in terms of internal loads and selected of casually resulting temperatures and humidity. It must be capable of dealing with interactions between several thermally interconnected spaces (room-room) and the moderating effects of air movement. The capability of impressing a wide variety of conditioning control strategies is also important. The paper describes the development of such a calculational program as part of the work of a team of architects, climatologists, and engineers who have been working on the task of incorporating and executing conserving designs in the medium size group residential structures. The responsiveness of the program to the needs of the users and the demonstration of its accuracy is illustrated by several computational examples of single and multiroom configurations. The effects of typical design choices and changes are illustrated by calculations for short time summer and winter extreme weather conditions and also for long time average weather behavior. Both modeled and actual weather data are used in these calculations." @default.
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- W2005130166 date "1978-06-01" @default.
- W2005130166 modified "2023-09-27" @default.
- W2005130166 title "The optimal energy design of structures by using the numerical simulation of the thermal response— with emphasis on the passive collection of solar energy" @default.
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- W2005130166 doi "https://doi.org/10.1016/0378-7788(78)90016-6" @default.
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