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A platform for research: civil engineering, architecture and urbanism
Control of indoor thermal environment based on concept of contribution ratio of indoor climate
Abstract The contribution ratio of indoor climate (CRI) derived from computational fluid dynamics (CFD) was developed to estimate the individual contribution of heat factors to any location inside a room. The CRI index indicates the structure of the temperature field and allows the CFD results to be applied to analysis and design, with more efficient application. In this study, the concept and calculation method for CRI is introduced first. As an example of the application of CRI, a method for predicting temperatures at any point in a room with a small number of temperature sensors based on CRI is developed. The accuracy of the method is examined by comparing the prediction with a coupled simulation of CFD and radiation.
Control of indoor thermal environment based on concept of contribution ratio of indoor climate
Abstract The contribution ratio of indoor climate (CRI) derived from computational fluid dynamics (CFD) was developed to estimate the individual contribution of heat factors to any location inside a room. The CRI index indicates the structure of the temperature field and allows the CFD results to be applied to analysis and design, with more efficient application. In this study, the concept and calculation method for CRI is introduced first. As an example of the application of CRI, a method for predicting temperatures at any point in a room with a small number of temperature sensors based on CRI is developed. The accuracy of the method is examined by comparing the prediction with a coupled simulation of CFD and radiation.
Control of indoor thermal environment based on concept of contribution ratio of indoor climate
Sasamoto, Taro (author) / Kato, Shinsuke (author) / Zhang, Weirong (author)
Building Simulation ; 3 ; 263-278
2010-10-29
16 pages
Article (Journal)
Electronic Resource
English
contribution ratio of indoor climate (CRI) , CFD , heat convection , air temperature prediction , indoor thermal environment control Engineering , Building Construction and Design , Engineering Thermodynamics, Heat and Mass Transfer , Atmospheric Protection/Air Quality Control/Air Pollution , Monitoring/Environmental Analysis
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