Masks are essential and effective small protective devices used to protect the general public
against infections such as COVID-19. However, available systematic reviews and …

Micro-droplet electro-hydrodynamic deformations under combined shear flow and electric
fields were investigated experimentally where droplet deformation mechanisms were …

User-specified droplets generated by microfluidics are critical but requires intensive
expertise and much time. Stimulated by data boosts from microfluidic experiments, deep …

The traditional single-phase fluid loop (SFL) and traditioanl thermal control algorithm can
barely control the temperature rapidly. Thermoelectric cooler (TEC) has been proved to be a …

The concept of “more-and all-electric aircraft” has become increasingly popular over the last
two decades, leading to a boost in the extensive utilization of airborne electromagnetic …

There is an impulsion to introduce machine-learning algorithms into the thermo-fluids areas.
Machine learning modeling, especially in high-precision regression problems, relies on …

Bioaerosols generated during toilet flushing can contribute to the spread of airborne
pathogens and cross-contamination in indoor environments. This presents an increased risk …

Public facilities are important transmission places for respiratory infectious diseases (eg,
COVID-19), due to the frequent crowd interactions inside. Usually, changes of obstacle …

The vertical transmission of bioaerosols in building drainage systems is an understudied
route of disease spread. This research examines how the position of drainage floors, flush …

Various types of radionuclides have different atmospheric dispersion characteristics, such as
buoyancy and gravitational deposition phenomenon of light gas and heavy particles …