结构动力学

• Based on the computational fluid dynamics and structural dynamics methods , a numerical analysis system for the blade flutter in turbomachinery was established
  在此基础上，结合叶片振动结构动力学分析，初步建立了相对完整的叶片颤振数值分析系统。
• Structure finite element model updating technology based on the frequency response function is one of the most important directions in current structure dynamics research
  基于频响函数的结构有限元模型修正技术是当前结构动力学领域的重要研究方向之一。
• Using above methods to solve unsteady pressure distribution , coupling structure equations , the supersonic or hypersonic aeroelasticity is simulated in time - domain
  运用上述的非定常气动力求解方法，耦合结构动力学方程，实现超音速、高超音速气动弹性的模拟。
• To identify the dynamic characteristic of honeycomb sandwich structure via method mentioned in this thesis can be valuable in practice for further design ,
  利用本文的方法,实现了对铝蜂窝夹层结构动力学特性的辨识,这对铝蜂窝夹层结构的设计,实验和分析具有一定的实用价值。
• The numerical flutter analysis system was formed by the three - dimensional numerical simulation of the vibrating cascade flow combined with the structural dynamics analysis of vibrating blade
  将振动叶栅三维流动数值模拟与振动叶片结构动力学分析相结合，建立了叶片颤振数值分析系统。
• Investigation on piston assembly ' s mechanical load and test computation on thermal load , including the discussion on the analysis on movement and structure dynamics of piston assembly
  此部分包括简单的运动分析和结构静力学的论述，并于最后指出了活塞组结构动力学分析的难点和重点。
• In this paper , a new intelligent active member was designed and manufactured , which can sense its location and force to adaptively control and improve performance of deployable structures
  本文为自适应调节和改善可展结构动力学性能，研制了一种具有传感和作动双重功能的智能主动构件。
• This paper begins with a survey of the process of the structural design and calculation of shallow - buried structures using the analysis method , which is based on the way of structural dynamics - i . e . ,
  本文首先回顾了用解析法进行浅埋结构设计计算的过程。这是一种基于结构动力学思路的方法。
• Structural dynamic topology optimization , under some dynamic constraints , is a hotspot for structural optimization . it is important for the research of theory and application
  在给定动力学约束条件下，进行结构动力学拓扑优化设计，成为当今结构优化设计的热点，在理论上和工程应用上具有很大的研究价值。
• The seismic analysis visualization of structure is related to many subjects , such as structural dynamics , computer graphics , technology of graphics processing , computer language , and so on
  可视化仿真技术应用于结构动力分析涉及到的学科很多，有结构动力学，计算机图形学，图形与图像处理，计算机语言等。