解析构造学（analytical tectonics）由马杏垣于1983年提出，是用构造解析方法对地质构造进行多尺度、多层次、多体制、多因素、多世代、全方位动态综合分析的构造地质学分支学科。
构造解析的基本目的是建立构造事件造成的地质体几何学、运动学、动力学和流变学。
The fundamental aim of tectonic analysis is to establish the geometry, kinematics, dynamics and rheology of rocks during tectonic events on all scales.
定义了并联机床的初始位形，构造出并联机床处于初始位形时的局部灵活度解析模型，并以此为基础提出了运动学设计的最优构形。
After the original configuration of parallel machine tools was defined and its local dexterity loci model was formulated, the optimal architecture about kinematics design was put forward.
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