Experimental Study on Influence of Thermal Environment of Radar Electronic Shelter on Thermal Comfort of Operators

The radar electronic shelter is the core equipment of the task execution, and it is an important place for human-computer interaction. How the cabin thermal environment affects the thermal comfort of human body has become a topic of concern in the experimental research of thermal environment design at present. Therefore, based on the environmental factors (temperature, wind speed) and personal factors (physiological, psychological, human skin temperature distribution) that affect human thermal comfort, this paper designs two kinds of human thermal comfort experiments (transient thermal comfort experiment and steady-state thermal comfort experiment) for experimental research on the influence of thermal environment on human thermal comfort. Through the experimental study, it can be seen that the existing thermal environment cannot meet the thermal comfort needs of operators, and it is necessary to improve the air supply parameters and the design of the air supply outlet. The experimental research in this paper can be applied to the thermal environment optimization of the control chamber to provide a more comfortable working environment for the operator.