Numerical problem 1 steam turbine

In an impulse turbine (with a single row wheel) the diameter of the blades 1.05m and the speed is 3000r.p.m. The nozzle angle; 18° an d ratio of blade Speed to steam speed is 0.42 and the ratio of the relative velocity at outlet from the blades to that at inlet is 0.84. The outlet angle of the blade is to be made 3° less than the inlet angle. flow is 10 kg/s The Steam Draw the velocity diagram for the blades and derive the
Impulse Turbine Velocity Diagram Explained: Step-by-Step Guide with Calculations
In this video, we dive deep into the velocity diagrams of an impulse turbine with a single row of blades. Learn how to analyze and draw the velocity triangles for turbines using real-world data.
Basics of Impulse Turbines: Understand how impulse turbines work and why velocity diagrams are crucial for their design.
Blade diameter, speed, nozzle angle, and velocity ratios explained.
Step-by-Step Calculations: Learn how to calculate blade speed, steam velocity, and other critical parameters.
Drawing the Velocity Diagram: A visual walkthrough of drawing the velocity diagram for the turbine blades.
Analysis and Interpretation: Understand the significance of the velocity components and angles for turbine performance and efficiency.
This video is perfect for students, engineers, and anyone interested in turbine mechanics and thermodynamics. Make sure to watch till the end for a comprehensive understanding!
Don't forget to like, subscribe, and hit the bell icon to stay updated on more educational content on engineering principles!