A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Feasibility of integrated space conditioning
Paper is concerned with office buildings and factors that determine design of lighting installations, that is, heat-loss by airchange and by conduction through building envelope, and heat gained from machines and human metabolism; building envelope must provide maximum climatic modification; this involves heat-control in two directions -- reduction of heat-flow from interior to exterior in winter, from exterior to interior for most of year; examples of two installations, standard office block and open-plan office block, having same total net floor area; calculations to be carried out and solutions.
Feasibility of integrated space conditioning
Paper is concerned with office buildings and factors that determine design of lighting installations, that is, heat-loss by airchange and by conduction through building envelope, and heat gained from machines and human metabolism; building envelope must provide maximum climatic modification; this involves heat-control in two directions -- reduction of heat-flow from interior to exterior in winter, from exterior to interior for most of year; examples of two installations, standard office block and open-plan office block, having same total net floor area; calculations to be carried out and solutions.
Feasibility of integrated space conditioning
Light and Lighting
Light and Lighting ; 61
1968
3 pages
Article (Journal)
English
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