'Angular velocity rad' presentation slideshows

Position Sensors

E out. E s. Position Sensors. Angular and Linear Position Sensors. Simple linear displacement transducers : Slide Potentiometer. Simple angular transducers: Rotary Potentiometers, multi-turn or single, Wire-wound or carbon composite. Slider. E s. L. E out. x.

1.68k views • 30 slides

Centrifugal pumps

Centrifugal pumps. Impellers. Multistage impellers. Cross section of high speed water injection pump. Source: www.framo.no. Water injection unit 4 MW. Source: www.framo.no. Specific speed that is used to classify pumps.

893 views • 29 slides

Chapter 8: Rotational Motion

305 views • 27 slides

Chapter 8: Rotational Motion

Chapter 8: Rotational Motion. Topic of Chapter: Objects rotating First, rotating, without translating. Then, rotating AND translating together. Assumption: Rigid Body Definite shape. Does not deform or change shape.

656 views • 27 slides

Energy and Rotalpy

Energy and Rotalpy. Where: E 1 = Energy at the inlet of the turbine [J/kg] E 2 = Energy at the inlet of the turbine [J/kg] I 1 = Rotalpy at the inlet of the turbine [J/kg] I 2 = Rotalpy at the inlet of the turbine [J/kg] g = Gravity constant [m/s 2 ] H = Head [m]

203 views • 18 slides

Rotational Kinematics

Rotational Kinematics. Chapter 8. 8.1 Rotational Motion and Angular Displacement. Axis of Rotation: the line all points on a rotating object rotate around. On a CD, it is an imaginary line through the hole in the center of the CD.

154 views • 15 slides

POWER TRANSMISSION

POWER TRANSMISSION. Objective:. To find the relationship between torque and the amount of power delivered to rotate a shaft. To design a shaft to carry a given power and/or torque. Power is rate of doing work. T = the applied torque (N-m) = angular velocity (rad/s)

528 views • 14 slides

Angular Kinematics: Rotational Motion

TOPIC 4. Angular Kinematics: Rotational Motion. Lecture Objectives. After this lecture, students will be able to: explain angular motion to define radian, angular velocity and angular acceleration to explain relationship between straight line motion and angular motion.

389 views • 13 slides

PHYSICS 231 Lecture 15: Rotations

207 views • 12 slides