FLUID POWER CIRCUITS AND CONTROLS FUNDAMENTALS AND APPLICATIONS

ENGINEERS NOT ONLY NEED TO UNDERSTAND THE BASICS OF HOW FLUID POWER COMPONENTS WORK, BUT THEY MUST ALSO BE ABLE TO DESIGN THESE COMPONENTS INTO SYSTEMS AND ANALYZE OR MODEL FLUID POWER SYSTEMS AND CIRCUITS. THERE HAS LONG BEEN A NEED FOR A COMPREHENSIVE TEXT ON FLUID POWER SYSTEMS, WRITTEN FROM AN ENGINEERING PERSPECTIVE, WHICH IS SUITABLE FOR AN UNDERGRADUATE-LEVEL COURSE IN FLUID POWER. "FLUID POWER CIRCUITS AND CONTROLS FUNDAMENTALS AND APPLICATIONS" ENCOURAGES STUDENTS TO THINK OF THE COLLECTION OF COMPONENTS AS A SYSTEM. THE AUTHOR ILLUSTRATES EACH CONCEPT WITH A CIRCUIT DIAGRAM, AND AS EACH COMPONENT IS DISCUSSED, IMMEDIATELY PLACES IT IN A CIRCUIT AND ANALYZES ITS PERFORMANCE. THIS APPROACH ALLOWS STUDENTS TO IMMEDIATELY APPLY WHAT THEY HAVE LEARNED AND ENCOURAGES THEM TO THINK ABOUT HOW THE COMPONENT OPERATING CHARACTERISTICS INTERACT WITH THE REST OF THE CIRCUIT.COVERING ALL ASPECTS OF THE INDUSTRY, THIS BOOK DEVELOPS THE BASIC CONCEPT FOR POWER DELIVERY WITH FLUIDS; REVIEWS