This thesis is about problematics of creating Computational Fluid Dynamics (CFD) model suited for analysis of airflow around sitting passive person. Thesis includes analysis of velocity field distribution, thermal distribution and thermal losses in the surroundings of sitting thermal dummy (computational model) and comparison of these values with experimental measurements. Thesis is a part of large experimental research (this research is not included here) focused on creating of functional method used for person-surrounding airflow analysis in future commercial use
Increasing concern about energy consumption and thesimultaneous need for an acceptable thermal envir...
This thesis studies thermal comfort in heating, ventilation and air-conditioning (HVAC) scenarios wi...
This master thesis is focused on CFD simulation of heat transfer from a thermal manikin in a calibra...
As one of the most basic parameters, manikin body feature could be an important factor influencing t...
Heat plumes generated by heat sources, such as people, in ventilated and air-conditioned rooms may h...
Simplified computational thermal manikins are beneficial to the computational efficiency of computat...
Computer simulated persons (CSPs) today are different in many ways, reflecting various software poss...
A seated computational thermal manikin (CTM) with geometry of a real human body is used to study the...
In this study a combined computational model of a room with virtual thermal manikin with real dimens...
In North America, the ventilation system in indoor environments have been almost exclusively associa...
While simplified computational thermal manikins (CTMs) are widely employed in CFD models of occupied...
This paper presents a study for two thermal plumes generated by two humanoid thermal manikins, one s...
To predict the climatic impact to individuals in terms of a detailed analysis of the body microclima...
To predict of the thermal sensation of people located in no-uniform environment, it is very importan...
The purpose of this study is to confirm the effect of ambient temperature, airspeed, and wind direct...
Increasing concern about energy consumption and thesimultaneous need for an acceptable thermal envir...
This thesis studies thermal comfort in heating, ventilation and air-conditioning (HVAC) scenarios wi...
This master thesis is focused on CFD simulation of heat transfer from a thermal manikin in a calibra...
As one of the most basic parameters, manikin body feature could be an important factor influencing t...
Heat plumes generated by heat sources, such as people, in ventilated and air-conditioned rooms may h...
Simplified computational thermal manikins are beneficial to the computational efficiency of computat...
Computer simulated persons (CSPs) today are different in many ways, reflecting various software poss...
A seated computational thermal manikin (CTM) with geometry of a real human body is used to study the...
In this study a combined computational model of a room with virtual thermal manikin with real dimens...
In North America, the ventilation system in indoor environments have been almost exclusively associa...
While simplified computational thermal manikins (CTMs) are widely employed in CFD models of occupied...
This paper presents a study for two thermal plumes generated by two humanoid thermal manikins, one s...
To predict the climatic impact to individuals in terms of a detailed analysis of the body microclima...
To predict of the thermal sensation of people located in no-uniform environment, it is very importan...
The purpose of this study is to confirm the effect of ambient temperature, airspeed, and wind direct...
Increasing concern about energy consumption and thesimultaneous need for an acceptable thermal envir...
This thesis studies thermal comfort in heating, ventilation and air-conditioning (HVAC) scenarios wi...
This master thesis is focused on CFD simulation of heat transfer from a thermal manikin in a calibra...