Authors

Abstract

The calibration of parameters for pelleted rice seeds (PR) is crucial for enhancing research on PR-related machinery and for executing high-speed precision hole sowing with unmanned aerial vehicles. This paper focuses on determining the fundamental physical and contact parameters of PR. A series of tests were conducted, including the Plackett-Burman test, the steepest ascent test, and the Box-Behnken test, using the stacking angle as the primary variable. These tests led to the identification of optimal combinations of simulation parameters. Specifically, the coefficients of rolling friction for the PR-PLA plate and PR-PR were measured at 0.137, while the coefficient of static friction for the PR-PLA plate was 0.336. This study provides a reference for calibrating simulation parameters of pelleted seeds and research on high-speed precision seeding.

Abstract in Chinese

丸粒化水稻种子的参数标定，可以为无人机的高速精量穴播提供指导。本文以丸粒化的水稻为对象，对其基本物性参数和接触参数开展测定。以堆积角为试验值进行Plackett-Burman试验、最陡爬坡试验和Box-Behnken试验，获得最佳仿真参数组合并开展试验验证，通过T检验分析得出结果无显著差异（P>0.05），该研究为丸粒化种子的仿真参数标定提供了参考。