基于声线模型的水声传播MATLAB仿真

本文首先阐明了声在海水中传播的声速模型和声线模型,通过深入分析模型的特性,提出了使用MATLAB的计算机仿真方案,接着对春季、夏季和冬季3种情况分别进行仿真,取得了较好的效果。     

在PowerPoint中利用MATLAB制作实时绘图的高中数学课件

针对在PowerPoint中绘图存在困难的问题，本文提出在幻灯片中用MATLAB绘制与高中数学有关的函数图像和几何图形的方法，从而为制作具有实时绘图功能的数学课件提供一条有效的途径。文中介绍了有关方法和关键技术，并给出具体实例。     

基于MATLAB的四杆机构运动分析与动画模拟系统

介绍利用MATLAB开发机构运动分析和动画模拟系统的方法,并给出了曲柄摇杆机构运动分析和动画模拟系统设计实例.     

Multisim软件电路设计与仿真分析

本介绍了一个优秀的电路设计与仿真分析软件Multisim2001,以及Multisim的组成，基本功能，特点和仿真分析原理－结合电子电路实例叙述设计，仿真与分析的具体运用。     

基于SIMULINK的自动控制系统的仿真实验研究

针对自动控制系统的设计很大程度上还依赖于实际系统的反复实验、调整的普遍现象，结合具体的设计实例。介绍了利用较先进的MATLAB软件中的SIMULINK仿真工具和模糊控制工具箱来实现对自动控制系统建模、分析与设计、仿真的方法。它能够直观、快速地分析系统的动态性能和稳态性能，并且能够灵活地改变系统的结构和参数，通过快速、直观的仿真达到系统的优化设计。     

MATLAB在电气工程专业主干课程教学中的应用

电气工程及其自动化本科专业主干课程具有非常强的理论性、实践性和应用性,本项目研究将MATLAB仿真技术引入到专业课程的课堂教学和实验教学中,使抽象难懂的知识"活"起来,有效降低理解的难度,较大程度提高了学生的学习趣味性、积极性和主动性。     

CILT2000: Visualization and Modeling

CILT2000 helped VisMod evolve from a collection of local and distinct research and development efforts into a solid field of education. Previous intellectual efforts focused around a) modeling and simulation tools, b) visual explanation tools, c) visual data analysis tools, d) exploring student needs in the context of VisMod, and e) exploring instructional frameworks for VisMod. These focus areas have evolved in two main trajectories, representing the evolution of the field, the generalization trend, which seeks to identify general principles and guidelines for designing learning environments, and the equitable application trend, seeking to use knowledge gained in the field to leverage education in general.     

口腔仿真模拟系统及其在临床前教学中的应用

介绍口腔仿真模拟系统的主要构成以及功能特点。在口腔临床前教学中应用此系统不但能够增强学生的学习积极性、巩固基础理论知识,而且能够提高临床操作技能,值得进一步在口腔教学中推广应用。     

MATLAB在地球物理专业《磁法勘探》课程教学中的应用

《磁法勘探》是一门理论性和实践性较强的地球物理专业课程。由于课程内容抽象,不易理解,如果仅通过理论课程很难系统地认识磁法勘探和数据处理过程,所以本研究将计算机软件MATLAB融入本课程教学中,不仅加深学生对理论知识的理解,更能培养学生编写代码、数据处理和解决实际问题的能力。     

Numerical investigation of cavitating flow behind the cone of a poppet valve in water hydraulic system

Computational Fluid Dynamics (CFD) simulations of cavitating flow through water hydraulic poppet valves were performed using advanced RNGk-epsilon turbulence model. The flow was turbulent, incompressible and unsteady, for Reynolds numbers greater than 43000. The working fluid was water, and the structure of the valve was simplified as a two dimensional axisymmetric geometrical model. Flow field visualization was numerically achieved. The effects of inlet velocity, outlet pressure, opening size as well as poppet angle on cavitation intensity in the poppet valve were numerically investigated. Experimental flow visualization was conducted to capture cavitation images near the orifice in the poppet valve with 30° poppet angle using high speed video camera. The binary cavitating flow field distribution obtained from digital processing of the original cavitation image showed a good agreement with the numerical result. Project supported by the National Natural Science Foundation of China (No. 59835160) and Scientific Research Foundation for Returned Overseas Chinese Scholars, State Education Ministry of China (No. 50175097)