在汽车和冶金工业中，板成形数值模拟广泛地应用于零件的选材和模具的设计。
In automobile and metallurgical industry, sheet metal forming numerical simulation has been widely used in material selection and die design.
针对电流小信号采集中存在噪声干扰的问题，采用高线性度模拟光耦hcnr 201设计了电流信号隔离采集板。
Aiming at the noise jamming problems in acquisition of small current signals, an isolation and acquisition board for current signal is designed based on HCNR201 high-linearity analog optical coupler.
本文介绍了一种应用于电路板测试系统高性能模拟测试接口的研制。重点阐述它的设计思想、硬件结构以及抗干扰措施。
This thesis introduces the design of high performance analog test interface of BDS circuit board test system. It emphasizes the design theory, hardware architecture and anti-jamming measure.
并通过单点接地、多点接地、混合接地、模拟电路接地、数字电路接地介绍了P CB印刷电路板接地的设计思路、设计方法与技巧。
Adopt single some earth, multipoint earthing, mix earth, simulation circuit earth, digital circuit earth introduce PCB printed circuit board earth mentality of designing, design method, skill.
同时根据实时性的要求及模拟量输出板的功能特点，对其软件设计做了详细的讨论，并给出了程序流程图。
To satisfy real-time processing and features of AO board, we made a particular argumentation in software design, the flow chart of the program has been listed.
首先，针对某型精密伺服转台系统中三块电路板（模拟控制板、单片机板和测角控制板）设计了专门的电路板测试仪。
First, a special instrument to test the analog-control board, single-chip board and angle-measure board in the high precision servo turntable system is designed.
进而利用该项技术对板锤铸件进行模拟及缺陷预测与铸造工艺优化设计。
The CAX technology has been applied to predict casting defects and optimize foundry techniques in the foundry shop.
在空调电控板测试诊断系统中采用了软件信号仿真和硬件信号模拟相结合的设计方法，最后采用多线程、多优先级的编程技术进行实现。
This system is designed by employing the method of combining signal emulation with signal simulation in addition to multithreading and multi-priority programming technology.
设计了一个二维脆性玻璃板的破裂模拟实验，以研究脆性介质的破裂传播过程。
A simulation experiment using the fracturing of two-dimensional brittle glass plates is designed to study the propagation process of fracture in a brittle medium.
在对射流冷却平板模型和射流冷却凹板模型数值模拟的基础上，设计了射流冲击冷却式蒸汽冷却叶片，并对其进行了热耦合数值模拟。
The present study numerically investigated a conceptual type of internal steam cooling vane with the impingement cooling technology on the basis of plane model and concave model.
在对射流冷却平板模型和射流冷却凹板模型数值模拟的基础上，设计了射流冲击冷却式蒸汽冷却叶片，并对其进行了热耦合数值模拟。
The steam cooling method was applied in this paper to study the design and characteristics of cooling structure for a vane of gas turbine.
目的：测量模拟股骨骨折以接骨板固定后各测点的应变值，以期为设计新型接骨板提供力学参数。
OBJECTIVE: to measure strain values of simulated femoral fractures after plate fixation, to provide biomechanical parameters for new plate design.
应用计算流体力学的方法可以精确地模拟出气流对芯片的冷却情况，对集成电路板气冷系统的设计具有一定指导作用。
We can precisely describe the effect by Computational Fluid Dynamics, which is useful to the air-cooling system design of circuit board.
通过对低温泵的真空度及其抽速与液氦低温板温度的关系进行模拟，验证了真空系统设计的合理性。
By simulating the temperature of the cryopanel and the relation between the pressure and pumping gas speed of the cryopump, it was verified the vacuum system design was rational.
通过对低温泵的真空度及其抽速与液氦低温板温度的关系进行模拟，验证了真空系统设计的合理性。
By simulating the temperature of the cryopanel and the relation between the pressure and pumping gas speed of the cryopump, it was verified the vacuum system design was rational.
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