filmov
tv
Thermodynamics Mech3001 - Week 9 - Problem 2 (9.86)
Показать описание
A gas turbine power plant operates on the simple Brayton cycle with air as the working fluid and delivers 32 MW of power. The minimum and maximum cycle temperatures are 310 K and 900 K and the pressure of the air at compressor exit is 8 times the value of the compressor inlet. Assuming an isentropic efficiency of 80% for the compressor and 86% for the turbine. Accounting for the variation of the specific heats with temperature, determine the mass flow rate of air through the cycle
Answer: a) 786.6 kg/s
Answer: a) 786.6 kg/s
Thermodynamics Mech3001 - Week 9 - Problem 1 (9.52)
Thermodynamics Mech3001 - Week 9 - Problem 3 (9.91)
Thermodynamics Mech3001 - Week 9 - Problem 2 (9.86)
Thermodynamics Mech3001 - Week 9 - Problem 4 (10.23)
Thermodynamics Mech3001 - Week 9 - Problem 5 (10.30)
Thermodynamics Mech3001 - Week 8 - Problem 3 (9.49)
Thermodynamics Mech3001 - Week 8 - Problem 1 (9.32) - Part 1 Introduction
Thermodynamics Mech3001 - Week 8 - Problem 4 (9.81)
Thermodynamics Mech3001 - Week 8 - Problem 5 (9.113)
Thermodynamics Mech3001 - Week 8 - Problem 1 (9.32) - Part 2 Solving
Thermodynamics Mech3001 - Week 8 - Problem 2 (9.35)
Thermodynamics Mech3001 - Week 12 - Problem 4 (14.118)
Thermodynamics Mech3001 - Week 11 - Problem 2 (11.41)
Thermodynamics Mech3001 - Week 10 - Problem 1 (10.39)
Thermodynamics Mech3001 - Week 7 - Problem 1 (7.30)
Thermodynamics MECH3001 - Assignment 2 Question 4
Thermodynamics: 1st Law for Closed Systems, Specific Heats (9 of 25)
2019 Exam - Thermodynamics Mech3001 - Question 1
Thermodynamics Mech3001 - Week 5 - Problem 4 (5.13)
Thermodynamics Mech3001 - Week 6 - Problem 7 (6.100)
Thermodynamics Mech3001 - Week 10 - Problem 4 (10.73)
Steam Turbine Isentropic Efficiency |Thermodynamics
Thermodynamics Mech3001 - Week 6 - Problem 2 (5.43)
Complete Otto Cycle Problem (3 of 3) | Thermodynamics
Комментарии