Essays about: "Mean Radiant Temperature MRT"
Found 4 essays containing the words Mean Radiant Temperature MRT.
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1. Evaluation of Heat Mapping Techniques – the Case of Linköping
University essay from Linköpings universitet/Institutionen för tema; Linköpings universitet/Filosofiska fakultetenAbstract : Land surface temperature (LST) and mean radiant temperature (MRT) are commonly used as proxies to evaluate urban heat environments. Many scholars use one of them to represent heat exposure when assessing the urban thermal environment. READ MORE
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2. Investigating The Relationship Between Mean Radiant Temperature (MRT) And Predicted Mean Vote (PMV) : A case study in a University building
University essay from KTH/Installations- och energisystemAbstract : Thermal comfort in an indoor environment is largely dependent on the four environmental and two personal parameters which is most commonly measured by the Predicted Mean Vote (PMV) model developed by Fanger. It has been studied that variations in these parameters beyond a range could lead to discomfort complaints. READ MORE
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3. Indoor climate : A comparison of residential units in Tjärna Ängar, Borlänge before and after retrofitting
University essay from Högskolan Dalarna/EnergiteknikAbstract : This study try to understand which aspects were fundamental to indoor climate and how to obtain them in order to provide the best possible experience in the thermal comfort of individuals. Thus, arose the studies of Fanger, which was the seed for a new era of discoveries in the area and founded the knowledge our society have today in this globally used standards and norms. READ MORE
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4. A Method for Driving the Solar Control Mechanism Selection
University essay from Lunds universitet/Avdelningen för Energi och byggnadsdesignAbstract : Highly glazed spaces are continuously increasing in popularity due to architectural attractiveness. However, increased use of glass often jeopardizes thermal comfort in several ways and problem of overheating is one of them. A way to face this problem is to appropriately use solar control mechanisms. READ MORE