Advanced thermodynamis engineering-annamalai puri (original) (raw)
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(2) Advanced Thermodynamics Engineering
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Bejan, Adrian Advanced engineering thermodynamics Wiley (2016)
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Journal of Technology and Science Education, 2013
It was the 8th editon of a series that started in 1999, and now the CNIT series has become a regular research + development conference in Spain. Topics of the conference are devoted to engineering thermodynamics in several felds: energy efciency in buildings and the industry, renewable energies, new fuids for engines and processes, energy and exergy analysis, fuels and biofuels, refrigeraton and air-conditoning, simulaton of energy processes, etc. The scientfc level of the conference is quite good, contributons are peer reviewed and proceedings of the conferences are published.
Handbook of Thermal Science and Engineering
2017
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Thermodynamics: Basic Principles and Engineering Applications
Mechanical Engineering Series, 2020
The Mechanical Engineering Series presents advanced level treatment of topics on the cutting edge of mechanical engineering. Designed for use by students, researchers and practicing engineers, the series presents modern developments in mechanical engineering and its innovative applications in applied mechanics, bioengineering, dynamic systems and control, energy, energy conversion and energy systems, fluid mechanics and fluid machinery, heat and mass transfer, manufacturing science and technology, mechanical design, mechanics of materials, micro-and nano-science technology, thermal physics, tribology, and vibration and acoustics. The series features graduate-level texts, professional books, and research monographs in key engineering science concentrations.
Cover photograph and software opening screen photograph courtesy of The Image Bank. A slightly different version of this book is published as Schaum's Outline of Theory and Problems of Thermodynamics for Engineers, first edition, O 1993.
Dalam Mencari perbandingan tekanan (pressure) yang menghasilkan kinerja maksimal pada Turbin Uap ( Steam Turbine). Maka perlu dilakukan kajian yang tepat. Maka perbandingan tersebut meliputi: 1. Effisiensi Thermal pada Open dengan Closed Feed Water Heater (FWH), 2. Effisiensi Thermal pada Reheat dengan Closed FWH, 3. Effisiensi thermal pada Reheat dengan Open FWH, 4. Menaikkan effisiensi thermal / Panas / Kalor pada Kombinasi Reheat, Open, Closed (FWH). 5. Menaikkan Effisiensi Thermal pada Clossed FWH, 6. Meningatkan Effisiensi Thermal pada Open FWH, 7. Effisiensi Panas Pada Superheat.. Demikian untuk dapat dijadikan acuan, namun bila terapat kesalahan dalam perhitungan dan kekelirian agar dapat di kritik dengan membangun. terimakasih.