Q1 // The centrifugal pump of a ventricular assist device (VAD) have the geometry which are (2 cm, 5 cm inner and outer diameters, 3 mm is the blade width at inlet and exit, 15 deg. and 30 deg. are the blade angle at inlet and exit and run at speed 900 rpm, the blood density is 1060 kg/m³. Determine the blood discharge, pump power and pump head. As well discuss how the pump

Q1 // The centrifugal pump of a ventricular assist device (VAD) have the geometry which are (2 cm, 5 cm inner and outer diameters, 3 mm is the blade width at inlet and exit, 15 deg. and 30 deg. are the blade angle at inlet and exit and run at speed 900 rpm, the blood density is 1060 kg/m³. Determine the blood discharge, pump power and pump head. As well discuss how the pump

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

See similar textbooks

Similar questions

Pb-8a.
fluid mechanix/hydraulix
Question-04: A closed container containing water up to a height of 3.0 meter and air at the upper part with an orifice of 100 mm at its bottom. If 50% of the air is being removed from the upper part of the container by suction then Apply Bernoulli's equation to find the discharge passing through the orifice if C-0.62. (
Hello! Kindly answer the problem attached image below. Thank you! ASAP
URGENT PLS
Q.15 Water is flowing through two pipes one of 10 mm diameter and second of 5 mm diameter and both are discharging in 12 mm diameter pipe. The rate of flow in 10 mm diameter is 1.0 c.c./s. If the Reynolds number of 12 mm diameter pipe flow is 4000, determine the rate of flow in 5 mm diameter pipe. Consider kinematic viscosity equal to 6.5 x 10-7 m²/s.
A nozzle meter is another device used to determine the flow velocity and flow rate in pipe. The nozzle meter installed in a pipe shown in Figure 4 is horizontal. Derive the equation for the flow velocity and the flow rate in the pipe. (1) Nozzle P,V d2 Pipe Figure 4 Cs Scanned with CamScanner
mater 9
Consider the piping system shown . The average speed of water flowing through the 600-mm-diameter section of the piping system is 5 m/s. What is the volume flow rate of water in the piping system? Express the volume flow rate in L/s. For the case of steady flow of water through the piping system, what is the average speed of water in the 300-mm-diameter section of the system?
ellen 9
An orifice meter with a 5 cm diameter is used to measure the flow rate of liquid. Under a head of 4 m, the velocity of the liquid at vena contracta is 7.5 m/s. If the actual discharge through the pipe is 8 l/s, calculate the coefficients of velocity, discharge, and contraction. Answers should be : Cv= 0.85 Cd= 0.46 Cc= 0.54
600mm water diameter 300mm 1. diameter 02 150mm Mercury (SG = 13.6) A venturi meter with diameter of 300mm is attached to a 600mm main pipe and has its axis inclined downward as shown. a) Discharge if head loss is neglected is Blank 1 cu.m./s b) Discharge if head loss is 500mm from point 1 to 2 is Blank 2 cu.m./s c) Coefficient of discharge is Blank 3 The manometer shows a deflection of 15cm of mercury (SG =13.6). If the flowing fluid is water and direction is from 1 to 2, determine the