An impulse wheel is to be designed to develop at the nozzle pressure is 40 kg/cm and the deflect the jet impinging on them 150°. The center line of the bucket is on a circle of 250 cm find:- The speed of the Pelton wheel (rpm). Efficiency and hours power the theoretical, at the nozzle flow rate 3 m³/sec. Specific speed. A) An impulse wheel is to be designed to develop at the nozzle pressure is 40kg/cm and the deflect the jet impinging on them 150°. The center line of thebucket is on a circle of 250 cm find:-. The speed of the Pelton wheel (rpm).. Efficiency and hours power the theoretical, at the nozzle flow rate 3 m/sec.. Specific speed.

Given:- The nozzle pressure of an impulse wheel = P = 40 kg/cm2 The angle of the deflection = 150°…

An impulse wheel is to be designed to develop at the nozzle pressure is 40 kg/cm and the deflect the jet impinging on them 150°. The center line of the bucket is on a circle of 250 cm find:- The speed of the Pelton wheel (rpm). Efficiency and hours power the theoretical, at the nozzle flow rate 3 m³/sec. Specific speed.

An impulse wheel is to be designed to develop at the nozzle pressure is 40 kg/cm and the deflect the jet impinging on them 150°. The center line of the bucket is on a circle of 250 cm find:- The speed of the Pelton wheel (rpm). Efficiency and hours power the theoretical, at the nozzle flow rate 3 m³/sec. Specific speed.

Structural Analysis

6th Edition

ISBN:9781337630931

Author:KASSIMALI, Aslam.

Publisher:KASSIMALI, Aslam.

Chapter2: Loads On Structures

Section: Chapter Questions

Problem 1P

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