The different structuring forms of GFRP ship hull will influence the structure performance and movement performance directly.
玻璃钢(GFRP)艇体结构形式不同，直接影响艇体的结构性能和运动性能。
In this paper, the stress and deformation of three different structuring forms of ship hull are analyzed under the conditions of the same external load and the equal mass structure.
本文在外载相同、艇体结构质量相等的条件下，对三种不同结构形式的艇体进行了应力与变形分析。
Structuring the gaps to a tree form found by laser range finder, travel all the environment by traveling all gaps and optimize the path's structure.
把机器人在可视范围内的激光测距仪检测到的缺口构成树结构，通过遍历缺口来达到遍历环境的目的，并通过优化算法优化了路径结构。
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