Application of Genetic Algorithm in the Structural Optimization of Parallel Sensor

Abstract

The parallel structure of the sensor, which based on Stewart platform, has a direct impact on the technical quota. This article uses Genetic Algorithm to parameterize the model of the sensor. Take the isotropy target of the sensor as objective function, and take five basic structural parameters of the Stewart platform as design variables. Then it optimizes the structure of the sensor. Then apply the virtual prototype technology of ADAMS to simulate. At last, it found the transformation relation between the isotropy target of the sensor and each parameter. It can offer an important gist for optimizing the structure of the sensor.

Structural Analysis for Space-Swing Mechanism on Gyratory Compactor

“…In this research, the lengths of the cranks, the initial phase of the crank, the positions of the points in the space-swing mechanism, and the flexibility of the connecting rods and cranks are discussed [9][10][11][12].…”