Performance research on mechanical exhaust smoke volume in building corridors;

Numerical simulation and analyses of fire mechanical smoke extraction in large space;

Aiming at the new provisions about smoke control and extraction in the Code for fire protection design of buildings,based on the detailed analysis of fire hazard and evacuate condition of the polyester filament spinning workshop,considers it feasible not to install the mechanical smoke extraction in such space.

Simulates the smoke propagation under natural and mechanical smoke extraction modes in the worst situation of fire happening in the middle part of the underground railway with shield door.

Experimental studies on efficiency of mechanical exhaust and water sprinkler system in compartment fire;

Comparison of a new heat pressure smoke exhaust system and a mechanical exhaust system in residential kitchens;

Study on the effect of fire suppression by coupling mechanical exhaust and water mist in subway carriage

Performance-based analyzing method in mechanical smoke exhaust system design;

Discussion on calculation method for mechanical smoke exhaust in atriums;

Numerical simulation of mechanical smoke exhaust in corridor for high-rise buildings;

The natural ventilation was used in the departure hall and the mechanical ventilation was used in the immigration/security check area.

It is important to efficiently exhaust smoke out of the platform of subway station by mechanical ventilation and air supply.

The single sprinkler,with high-pressure water mist fire protection system in a single room was carried out to find out the co-operation fire extinguishing effect in the different powers pool fire,in the case of mechanical ventilation.