Judgment method for truck overload
A determination method and technology for trucks, applied in vehicle testing, machine/structural component testing, instruments, etc., can solve the distortion of adhesion coefficient selection, it is difficult to define and give an objective vehicle speed identification conclusion, change and other problems to achieve the effect of high accuracy
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Embodiment 1
[0020] A truck overload judgment method, the first step is to select trucks with different axle numbers, different loading conditions of the trucks, and different initial speeds, the second step is to select the test site, and the third step is to measure the braking deceleration by using a braking decelerometer a; use the kinetic energy theorem to find the true value L of the braking distance at a certain speed; actually measure the road surface under various conditions at the accident test site to display the braking distance L; the fourth step is to use the braking deceleration to adhere to the road surface Functional relationship of coefficients (a=g ), to determine the actual road surface adhesion coefficient of the vehicle ;Use the test to obtain the data, use the statistical method to determine the relationship between the actual braking distance of the vehicle and the measured distance on the road surface, and finally obtain the correction coefficient K of the measur...
Embodiment 2
[0022] In the truck overload determination method described in embodiment 1, the first step is to select trucks with different axle numbers by three-axle trucks, four-axle trucks, and five-axle trucks; At 50%, 100% overload, 150% overload, and 200% overload, brake at different initial speeds of 40km / h, 50km / h, and 60km / h.
Embodiment 3
[0024] In the method for judging the overload of trucks described in embodiment 1, the second step is to select the test site as being dry, flat, and on an asphalt road surface with good adhesion conditions. Each of the five vehicles performs braking tests at speeds of 40, 50, and 60 km / h under no-load, full load, 50% overload, 100% overload, 150% overload, and 200% overload conditions.
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