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Home > english-chinese > "动力学与控制" in Chinese

Chinese translation for "动力学与控制"

dynamics and control

Related Translations:
一级动力学:  first order kineticsfirst-order kinetics
动力学质量:  kinetic mass
远动力学:  telemechanism
动力学参考系:  dynamical reference system
动力学常数:  kinetic constantkinetics constant
动力学链:  kinetic chain
相对论动力学:  relativistic dynamics
药物动力学:  pharmacodynamicspharmacokineticepharmacokinetics
内动力学:  internal dynamics
塑性动力学:  dynamic plasticity
Example Sentences:
1.Attitude dynamics and control of a flexible multi - body satellite
挠性多体卫星姿态动力学与控制
2.Dynamics of pedomotor and methodology of controlled integrative simulation
步行机动力学与控制集成仿真方法
3.Journal of dynamics and control
动力学与控制学报
4.Suggestion on the study of dynamics and control in key equipments
关于加强针对国家重大装备的动力学与控制研究的建议
5.This thesis has researched the design and control of a new triaxial air - bearing experimental system . in this thesis , the attitude determination and the attitude dynamics and control of the system was focused on
本文对新型的三轴气浮转台进行了设计与控制研究,重点研究了系统的姿态确定及动力学与控制问题。
6.Several forces are discussed to show the effect on stability . attitude feedback control stability is analyzed based on the close loop stability criterion , which gave a reference for attitude control system design of spinning ballistic missile
本文围绕弹道导弹自旋飞行的几个动力学与控制问题,进行了比较系统深入的研究,获得了若干有意义的结论。
7.From interdisciplinary view of structure dynamic and control , based on engineering background , considering defect and deficiency of conventional design method , structure / control integrated design , that is , system synthesis is discussed in this paper . matlab and i - deas based general simulation system of vibration control of piezoelectric laminated shell and its software architecture is also presented , by which , a system prototype environment - rsde , has been developed in order to provide high efficient ways and means for active vibration control . the systematical researches on the satisfactory vibration control of piezoelectric laminated shell are presented in this dissertation
本文基于结构动力学与控制理论交叉的独特视角,结合工程实际背景,针对常规设计方法中的不足,就结构控制一体化设计,即系统设计方法,阐述了自己的见解;并采用此方法,提出了基于matlab和i - deas平台的压电层合壳振动控制的通用仿真系统设计方案,并根据这一方案编制了软件仿真环境? rsde ,为压电层合壳的振动主动控制设计,提供了高效率的技术开发手段。
Similar Words:
"动力学演化" Chinese translation, "动力学氧化试验" Chinese translation, "动力学因素" Chinese translation, "动力学因特网协议" Chinese translation, "动力学与催化作用" Chinese translation, "动力学宇宙学" Chinese translation, "动力学原理" Chinese translation, "动力学知问题" Chinese translation, "动力学直接问题" Chinese translation