Fluid Power Engineering, Second Edition
Step 1. Download Adobe Digital Editions Both PC and Mac users will need to download Adobe Digital Editions to access their eBook. You can download Adobe Digital Editions at Adobe's website here.
Step 2. Register an Adobe ID if you do not already have one. (This step is optional, but allows you to open the file on multiple devices) Visit account.Adobe.com to register your Adobe account.
Step 3: Authorize Adobe Digital Editions using your Adobe ID. In Adobe Digital Editions, go to the Help menu. Choose “Authorize Computer.”
Step 4: Open your file with Adobe Digital Editions. Once you’ve linked your Adobe Digital Editions with your Adobe ID, you should be able to access your eBook on any device which supports Adobe Digital Editions and is authorized with your ID. If your eBook does not open in Adobe Digital Editions upon download, please contact customer service
Written by an expert in the field, this hands-on guide covers the construction, operation, and calculation of fluid power systems. Special attention is paid to building solid theoretical background that enables the reader to further study and analyze the steady state and dynamic performance of the diverse fluid power elements and systems. In addition to the mathematical treatment and theory, the book includes case studies—most accompanied by detailed constructional drawings—of diverse elements of industrial, mobile, and aeronautical hydraulic power systems. Readers will learn how to build low-loss transmission lines and actuators, analyze system performance, optimize efficiency, and much more.
Fluid Power Engineering, Second Edition includes a new chapter on electrohydraulic proportional valve technology as well as extensive digital material supporting learning, teaching, research, and vocational training. The ancillaries cover PowerPoint presentations with full-colored slides, MATLAB-SIMULINK programs, movies, animations, Automation Studio projects, and solutions to numerical problems. In addition, the ancillaries include conveniently selected topics from fluid mechanics and automatic control to enrich the theoretical background.