Chapter Overview
The main reason for this phase is to present the synopsis of the outcomes obtained from this project. This kind of chapter concludes the findings of the study. The phase then stresses on the foreseeable future directions that can be further explored for future results.
A conclusion
This study addressed the method of measurement of activity level and to evaluate the credibility of Fanger’s thermal comfort model applying ASHRAE Standard-55 database. The analysis of thermal comfort and ease model was experimental analysis in which the MAP (mean arterial blood pressure) and activity level of the subjects were correlated in order to find out the relationship between subject’s activity level and MAP. Using this study subsequent conclusions were drawn.
Tropical climatic region in summer season have a trend of zero, -1 and -2 genuine thermal sensation votes which in turn shows that subject matter are overcooled in AIR CONDITIONING UNIT buildings while shown in ASHRAE Standard-55 database.
The significance in relationship continues to be found among the list of activity level and MAP. The outcome with the relationship was incorporated in mPMV model. According to the activity level of the topic, MAP is determined instead of activity level from chart.
Activity Level=0. 1092×〖exp〗^((0. 0296MAP))
GUI (graphical user interface) was developed applying Arduino software. The correlation developed between activity level and MAP was designed in the software program to determine the mPMV model cold weather sensation.
Humidity and temperature is measured by making use of AM-2303 and Blood pressure is usually measured through the use of smart music group. Heart rate device is also used and worth is calculated by using Heart beat Sensor.
In order to research the effect of MAP on activity level. The comparison of mPMV and PMV version were considered. The study says mPMV determined on the basis of MAP were located to have a pourcentage of dedication, (R2 = 0. 72) indicates an acceptable relationship of mPMV while using actual vote of the topics.
Future Advice
This kind of thesis report tries to recognize the physical parameter that influences the PMV style. The variable discussed take the primarily basis and even more data for the complete knowledge of this happening is required. A lot of aspects on what more interest are required has below.
More data set is necessary with respect to distinct age group throughout different activity levels, to formulate a relationship between activity level and MAP.
The range of thermal experience scale coming from ‘slightly warm’ to ‘slightly cool’ discomfort shall be further more elaborated to further improve the prediction level of PMV model.
Further research under distinct climatic areas could be useful to obtain further relationship between activity level and MAP.
