"MATLAB简介及Simulink入门Slides分享"

Introduction to MATLAB for Engineers, Third Edition provides a comprehensive overview of MATLAB, a powerful software tool used by engineers for a variety of applications. The book covers the basics of MATLAB, including its syntax, functions, and applications in engineering. Chapter 10 focuses on Simulink, a graphical programming environment in MATLAB that allows for simulation and modeling of systems. The chapter begins by introducing simulation diagrams for a specific function, y = 10f(t), illustrated in Figure 10.1-1 on page 420. This example demonstrates the use of Simulink to create a model for a dynamic system. The summer element, shown in Figure 10.1-2 on page 421, is then discussed in relation to a simulation diagram for y = f(t) - 10y. Next, the Simulink Library Browser is introduced in Figure 10.2-1 on page 422, providing engineers with a convenient way to access pre-built blocks and elements for their simulations. A Simulink model for y = 10sin(t) is presented in Figure 10.2-2 on page 423, showcasing the versatility of Simulink in modeling complex mathematical functions. In order to construct a simulation diagram in Simulink, engineers must follow a series of steps outlined in the book. These steps include defining the system, selecting appropriate blocks from the library, connecting the blocks to create the model, configuring block parameters, and running the simulation. Overall, Simulink offers engineers a user-friendly interface for designing and simulating systems, making it a valuable tool for a wide range of engineering applications. By following the guidelines presented in Introduction to MATLAB for Engineers, Third Edition, engineers can effectively utilize Simulink to model and simulate complex systems, leading to improved design and analysis capabilities.