Beijing, 100084
China
Tsinghua University
indoor human movement, airflow characteristic, dynamic mesh method, respiratory infectious diseases, COVID-19
Air conditioning fire, Internal thread copper tube, Ablation, corrosion, Rupture morphology
camera response function, modified colorimetric thermometry, flame temperature field, optical flow, velocity field
thermal aging, cable, fire risk, fire growth, dripping
occupational heat exposure, thermal response, health symptoms, transient hot environment, Physical Activity, personal protective clothing
transient thermal environment, thermal sensation, skin temperature, body heat loss, physical activity