An optimal design method for the anti-tilt performance of student seats on special school buses

Abstract

The invention relates to the field of school bus collision safety, in particular to an optimization design method for forward lean resistant performance of a student seat of a special school bus. The method comprises the following steps of 1, building a simplified mechanical model of a seat; 2, performing optimization design of mechanical parameters of the seat; 3, performing optimization design of pipe parts; and 4, performing optimization design of forward lean resistant performance of the seat. According to the optimization design method, the modeling can be quickly and accurately carried out, the model calculation speed can be increased, and the forward lean resistant performance of the seat can be quickly and accurately optimized; and the problems of design blindness in an existing optimization design process for the forward lean resistant performance of the student seat of the school bus and repeated modeling and long calculation time during adoption of a technical means of CAE in the optimization design process are solved.

Description

technical field [0001] The invention relates to the field of school bus collision safety, in particular to an optimal design method for the anti-tilt performance of student seats on special school buses. Background technique [0002] With the development of society, the usage of school bus is increasing year by year in our country, and with it, the frequent occurrence of school bus accidents has brought indelible pain to thousands of families. Tracing it to its cause, there are reasons for the carelessness of drivers and managers, but the safety of the school bus itself is not up to standard is also one of the important reasons. [0003] As everyone knows, the seat is one of the important safety devices on the car, and the safety level of the seat is directly related to the safety of the occupants. The seats specially designed for students on the school bus are called special school bus student seats. School bus student seats are different from ordinary passenger car seats...

AI Technical Summary

Problems solved by technology

[0011] The present invention provides an optimal design method for fast and accurate modeling, accelerated model calculation speed, and fast and accurate optimization of the anti-tilt performance of the seat, which solves the problems existing in the optimization design process of the anti-tilt performance of school bus student seats at present. Design blindness, as well as the time-consuming problem of repeated modeling and calculation when CAE technology is used in the optimization design process

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