ÜÇ BOYUTLU AĞIRLIK MERKEZİ TESPİTİNE DAYALI MAKSİMUM YANAL KUVVETLE DEVRİLME ÖNLEME

The center of gravity (COG) height is an important factor affecting rollover. Earlier studies by the authors assessed theory Detection Three-Dimensional Center Gravity (D3DCG), which provides innovative and accurate method for COG detection. This report describes development D3DCG, can be used to prevent rollover accidents calculating maximum lateral force that exist without causing rollover.
 For a fixed total weight vehicle, has upper limit. Based on law energy conservation, if lower than limit, then vehicle potential against When running, road disturbances make its body shake. Some transfers spring provide restorative return original position. Therefore, when reaches value, disappears, highest expressed according principle balance rotational torque. To verify this theory, adjustable experiment designed with table-top D3DCG device tower object. object does not change, but increases until cannot maintain stability anymore. Comparison real confirmed only COG, will roll over.
 If acting moving such as tilt. At same time, restoring moment resist rolling moment. According relation angle. starts over, based physical structure critical represented eliminating angle unknown variable, two known variables: actual COG. remotely controlled truck made rotate in random rotation radius. Then speed gradually it rolls over. real-time recorded compared calculated force. Results indicate occurs force.
 study examines novel prevention knowing either weight, or turning accuracy was well comparing D3DCG.