block-structured造句
例句与造句
- Block - structured languages
构造化言语 - Function definitions may not be nested but variables may be declared in a block - structured fashion
函数定义可以不在嵌套结构中,但是变量可以通过结构块函数声明 - In the contrivance of the control system , block - structure is used and divided into two main types : public block and system block
模型开发时使用模块化结构，分为公用模块和系统模块两大类。 - Synchronization also requires that locks be released in the same stack frame in which they were acquired , which most of the time is the right thing and interacts nicely with exception handling , but a small number of cases exist where non - block - structured locking can be a big win . the lock
同步还要求锁的释放只能在与获得锁所在的堆栈帧相同的堆栈帧中进行，多数情况下，这没问题（而且与异常处理交互得很好） ，但是，确实存在一些非块结构的锁定更合适的情况。 - A multi - block incompressible viscous flow solver has been developed that can be applied to simulation of a variety of ship maneuvering related flows and calculation of hydrodynamic forces . validation and verification of the solution procedure are carried out on several model problems with good agreement to experimental and numerical results . the present block - structured viscous flow solver is based on solving the reynolds - averaged navier - stokes ( rans ) equations with a second - order cell - centered finite volume method ( fvm ) on non - staggered grids
本文即在这种背景下，瞄准船舶操纵水动力预报方面的国际前沿和热点课题，通过对现代船舶粘性流计算方法的研究，自主开发了一个船舶操纵粘性流求解器，并将所开发的求解器成功地应用于一系列和船舶操纵问题相关的粘性流动与水动力计算，得到了令人满意的结果。 - It's difficult to find block-structured in a sentence. 用block-structured造句挺难的
- These characteristics therefore , make it have wide application prospect . as a part of the crt simulator control system of a dcs power plant , this paper constructs the model of the real control section by using block - structure method and finishes the contrivance of the coordinated control system ( ccs ) , the digital electro - hydraulic control . system ( deh ) and the control system of boiler and turbine
作为开发基于dcs的火电厂全crt仿真机的一部分，本文采用结构化、模块化的方法，对实际控制环节进行建模，完成了仿真机中的协调控制系统和功频电液控制系统以及锅炉、汽轮机控制系统模型的开发。 - According to the structure characteristic of the chamber and the flow characteristic , the author uses two approaches : one is an approach of rotating the mesh system to divide the area of burning ; the other is an approach of the block - structured grid method and the adaptive grid technology to divide the mesh and refine the grid
本文作者根据上下炉膛的结构特点和流动特点，采用了将网格系统扭转一定角度的方法来对燃烧器区域进行网格划分，并采用块结构化网格方法和网格自适应技术来实现整个炉膛的网格划分和加密。