A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Assessing ventilation systems in hot building environments
Abstract The minimisation of energy and operating costs, together with the optimisation of comfort levels must be the aim of any air-conditioning plant. Industrial buildings offer much scope for improvements in the effective operation of air conditioning and ventilation systems. A method of determining the effectiveness of such systems is described—‘Thermal Efficacy’. This allows the assessment of total heat removal in hot industrial environments. Summarized results of tests carried out in a synthetic-fibre producing factory are presented. Advantages of using Thermal Efficacy include improved assessment of discomfort levels experienced by workers.
Assessing ventilation systems in hot building environments
Abstract The minimisation of energy and operating costs, together with the optimisation of comfort levels must be the aim of any air-conditioning plant. Industrial buildings offer much scope for improvements in the effective operation of air conditioning and ventilation systems. A method of determining the effectiveness of such systems is described—‘Thermal Efficacy’. This allows the assessment of total heat removal in hot industrial environments. Summarized results of tests carried out in a synthetic-fibre producing factory are presented. Advantages of using Thermal Efficacy include improved assessment of discomfort levels experienced by workers.
Assessing ventilation systems in hot building environments
Pitts, A.C. (author)
Building and Environment ; 21 ; 145-148
1986-01-01
4 pages
Article (Journal)
Electronic Resource
English
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