Showing posts with label Pump. Show all posts
Showing posts with label Pump. Show all posts

Wednesday, December 6, 2023

Working Guide to Pumps and Pumping Station Calculations and Simulations : pump performance, liquid properties versus pump performance, pressure loss through piping systems, system head curves, pump performance at different impeller sizes and speeds, npsh and pump cavitation, pump applications and economics, pump simulation using pumpcalc software, vapor pressure, pressure and head of a liquid, energy of a flowing liquid and bernoulli’s equation, pump head and capacity, starting pump against a closed discharge valve, pipe diameters and designations, velocity of flow, pressure drop due to friction, determining the friction factor from the moody diagram.
Pumping machinery Theory and Practice : essentials of fluid mechanics, introduction and basic considerations, fundamentals of energy transfer in centrifugal pumps, axial and radial thrusts in centrifugal pumps, common problems in centrifugal pumps, axial flow pumps, displacement pumps, introduction to fans and compressors, multiphase flow pumping, pump selection guidelines, multiphase flow through centrifugal pumps, multiphase pumping for the oil and gas industry, flow rate control in centrifugal compressors, pressure rise and efficiencies, reciprocating pumps, temperature rise of pumped fluid, pump surge, flow rate control in pumping systems, leakage losses, pump specific speed, energy transfer from the pump rotor to the fluid, flow rate control in dynamic pump systems.
Liquid Ring Vacuum Pumps Compressors and Systems : gas physics and vacuum technology, machines for vacuum generation, liquid ring vacuum pumps and liquid ring compressors, vacuum and compressor plants with liquid ring machines, components for pump units with liquid ring vacuum pumps and compressors, design of vacuum pumps and pipework, assembly and testing of vacuum pumps and systems, materials, surface treatment and safety-at-work in vacuum engineering, explosion protection and explosion-proof electrical equipment, temperature classes.
Hydrodynamics of Pumps : trends in hydraulic turbomachinery, basic principles, cascades, specific speed, pump geometries, energy balance, idealized noncavitating pump performance, two dimensional performance analysis, other flow features, cavitaion parameters and inception, bubble dynamics, damage and noise, cavitation and pump performance, pump vibration, unsteady flow in hydraulic systems, radial and rotor-dynamic forces, hydrodynamic bearings and seals, combinations of transfer matrices, rotor-stator interaction flow patterns, rotor-stator interaction forces, frequencies of oscillation, mechanism of cavitation damage.
Complete Guide to Plumbing : plumbing fixtures, plumbing installations, plumbing repairs, plumbing tools, materials and skills, plumbing tools, plumbing materials, working with rigid plastic pipe, working with outdoor flexible plastic pipe, working with galvanized iron, pipe fittings, gas pipe and fittings, repairing valves and hose bibs, using compression fittings, installing shutoff valves, working with cross-linked ply ethylene.
Centrifugal Pump Design and Application : elements of pump design, system analysis for pump selection, specific speed and modeling laws, impeller design, general pump design, volute design, design of multi stage casing, double suction pumps and side suction design, npsh, application, vertical pumps, pipeline, water flood, co2 pumps, high speed pumps, double case pumps, slurry pumps, hydraulic power recovery turbines, chemical pumps metallic and nonmetallic, mechanical design, shaft design and axial thrust, mechanical seals, vibration and noise in pumps, extending pump life, alignment, rolling element bearings, and lubrication, mechanical seal, failure analysis, sources of pump noise, mechanical noise sources, definition of pump specific speed and suction specific speed.
Centrifugal and Rotary Pumps Fundamentals with Applications : concept of a pumping system, liquid transfer, input power, losses and efficiency, pump curve, pump fundamentals, helpful formulas per centrifugal pump triangles, gear pump fundamentals, gravitation in gear pumps, trapping method, multiple screw pumps, progressing cavity pumps, fluid velocity and shear rate, metering pumps, advantage of rotary pumps, noise and wear reduction, application criteria and specification parameters, type of metering pump, temperature effects and limits, design modeling techniques, sliding vane pumps.