Applied Fluid Mechanics
"Applied Fluid Mechanics covers all of the basic principles of fluid mechanics - both statics and dynamics - in a clear, practical presentation that ties theory directly to real devices and systems used in chemical process industries, manufacturing, plant engineering, wastewater handling, and product design. Included is an extensive Appendix that serves as a useful learning and problem-solving tool."--BOOK JACKET.
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2-in Schedule 40 steel pipe atmospheric pressure average velocity Bernoulli's equation center of pressure centroid Chapter Compute the pressure copper tube curved surface cylinder density depth described in Problem Determine discharge drag coefficient duct dynamic viscosity elbow energy equation energy loss due FIGURE fluid flow Free body diagram friction factor friction loss ft/s gage pressure gal/min of water horizontal hydraulic radius inlet inside diameter kPa(abs kPa(gage L/min laminar flow length liquid loss coefficient manometer measured mercury meters nozzle NPSH open channel pressure at point pressure drop procedure PROGRAMMED EXAMPLE PROBLEM psia psig rectangular Repeat Problem resultant force Reynolds number Schedule 40 pipe Schedule 40 steel shown in Fig Solution solve specific gravity specific weight standard stream temperature total head U.S. Customary System valve velocity of flow vertical volume flow rate weight flow rate