Lesson 7 of 20 • 3 upvotes • 3:29mins
Overview of course
20 lessons • 4h 29m
Basics of Brayton Cycle
12:07mins
Brayton Cycle's Efficiency
13:42mins
Actual Brayton Cycle
13:16mins
Numerical on Actual Brayton cycle and Introduction to Effect of Pressure Ratio on Brayton Cycle
14:04mins
Effect of Pressure Ratio on Brayton Cycle and derivation
14:47mins
Derivation for maximum work done for brayton cycle and effect of regeneration on brayton cycle
14:55mins
Overview of the course
3:29mins
Effect of intercooling and reheating on brayton cycle
14:41mins
Combination of reheating, regeneration and intercooling and its effect on brayton cycle -I
14:26mins
Combination of reheating, regeneration and intercooling and its effect on brayton cycle -II
7:18mins
Numerical on Regeneration (Brayton Cycle ) Part - I
14:43mins
Numerical on Regeneration (Brayton Cycle ) Part - II
14:39mins
Numerical 1 on intercooling, reheating and regeneration Part - I
14:42mins
Numerical 1 on intercooling, reheating and regeneration Part - II
14:42mins
Numerical 1 on intercooling, reheating and regeneration Part - III
14:38mins
Numerical 1 on intercooling, reheating and regeneration Part - IV
14:23mins
Numerical 2 on intercooling and regeneration with turbine stages Part - I
14:52mins
Numerical 2 on intercooling and regeneration with turbine stages Part - II
14:37mins
Numerical 2 on intercooling and regeneration with turbine stages Part - III
14:45mins
Numerical 2 on intercooling and regeneration with turbine stages Part - IV
14:54mins