The invention discloses a
simulation experiment device of high-rise building three-dimensional fire behaviors under the effect of environment wind. The device comprises a high-rise
building model, a rotary platform, a direction adjustable wind hole, a three-dimensional movable thermoelectric
coupling frame and a fire source simulating device. The high-rise
building model is a cuboid shell and is divided into four chambers, wherein the ignition experiment chamber is provided with the fire source simulating device and a size adjustable building
window model. The bottom of the high-rise
building model is connected with the rotary platform and matched with the external direction adjustable wind hole so that environment wind in any direction at any
wind speed can be simulated. The three-dimensional movable thermoelectric
coupling frame is of a combined rectangular structure, and the parameter measurement function of any position of an external wall surface can be achieved. The
simulation experiment device for studying high-rise building three-dimensional fire spreading under the effect of environment wind is established for the first time, a
wind direction adjusting
system is safe, convenient to use and precise, the experiment device is provided with a complete parameter measuring
system, and the complete process of a high-rise building from fire starting,
flame spreading to final spreading towards the upper layer and adjacent side of the building can be studied.