Prepare for your exams
Study with the several resources on Docsity
Earn points to download
Earn points by helping other students or get them with a premium plan
Community
Free resources
From our blog
Recent questions in Applied Thermodynamics
No documents found, press Enter to search
vivan-sharma
about 5 years ago
Applied Thermodynamics
Explain an increases in compressor efficiency due to intercooling and staging. Which one is more effective
Explain an increases in compressor efficiency due to intercooling and staging. Which one is more effective and preferred from your point of view?
0
overcomer-babalobi
over 7 years ago
Applied Thermodynamics
Gas power cycles
in an air standard Otto cycle, the maximum and minimum temperatures are 1400°C and 15°C respectively. The heat supplied per kilogram of air is 800 kJ. Calculate the compression ratio and thermal efficiency. Calculate also the ratio of maximum to minimum pressures in the cycle. Take: as 0.717 kJ/kgK, and as 1.4
0
vivan-sharma
about 5 years ago
Applied Thermodynamics
Explain an increases in compressor efficiency due to intercooling and staging. Which one is more effective
Explain an increases in compressor efficiency due to intercooling and staging. Which one is more effective and preferred from your point of view?
0
azizullah.sheikh
over 6 years ago
Applied Thermodynamics
Applied thermodynamics Eastop McConkey SolutionsManual Full Applied thermodynamics
can i get the manual for whole book
1
overcomer-babalobi
over 7 years ago
Applied Thermodynamics
Gas power cycles
in an air standard Otto cycle, the maximum and minimum temperatures are 1400°C and 15°C respectively. The heat supplied per kilogram of air is 800 kJ. Calculate the compression ratio and thermal efficiency. Calculate also the ratio of maximum to minimum pressures in the cycle. Take: as 0.717 kJ/kgK, and as 1.4
0
mechengin
about 8 years ago
Applied Thermodynamics
Reciprocating internal combustion engines
9.1 An air-standard Otto cycle has a compression ratio of 8.5. At the beginning of compression,p1 100 kPa and T1 300K. The heat addition per unit mass of air is 1400 kJ/kg. Determine (a) the net work, in kJ per kg of air. (b) the thermal efficiency of the cycle.(c) the mean effective pressure, in kPa. (d) the maximum temperature in the cycle, in K.
1
teap1x
about 12 years ago
Applied Thermodynamics
What are the factors that can affect the Factor of safety selection?
I want to impress my hot teacher with my knowledge.
1
percyval
about 12 years ago
Applied Thermodynamics
What is the importance of the Thermodynamics in the field of Mechanical Engineering?
I have some serious issues with my creativity.
1
teap1x
about 12 years ago
Applied Thermodynamics
What are the factors that can affect the Factor of safety selection?
I want to impress my hot teacher with my knowledge.
1
vivan-sharma
about 5 years ago
Applied Thermodynamics
Explain an increases in compressor efficiency due to intercooling and staging. Which one is more effective
Explain an increases in compressor efficiency due to intercooling and staging. Which one is more effective and preferred from your point of view?
0
edmond
about 12 years ago
Applied Thermodynamics
Distinguish between work and energy.
I am going to participate in a talent quiz show in which this question is tested often. Please help me out with it.
6
edmond
about 12 years ago
Applied Thermodynamics
Which of the following is not allowed by the law of energy conservation?
I need to have a strong grip on this subject but this question always gets in my way. Tell me an appropriate answer to my query. I’ll highly appreciate your concerns. Thanks!``
6
mechengin
about 8 years ago
Applied Thermodynamics
Reciprocating internal combustion engines
9.1 An air-standard Otto cycle has a compression ratio of 8.5. At the beginning of compression,p1 100 kPa and T1 300K. The heat addition per unit mass of air is 1400 kJ/kg. Determine (a) the net work, in kJ per kg of air. (b) the thermal efficiency of the cycle.(c) the mean effective pressure, in kPa. (d) the maximum temperature in the cycle, in K.
1
overcomer-babalobi
over 7 years ago
Applied Thermodynamics
Gas power cycles
in an air standard Otto cycle, the maximum and minimum temperatures are 1400°C and 15°C respectively. The heat supplied per kilogram of air is 800 kJ. Calculate the compression ratio and thermal efficiency. Calculate also the ratio of maximum to minimum pressures in the cycle. Take: as 0.717 kJ/kgK, and as 1.4
0
Applied Thermodynamics