Difference between revisions of "Klaugusta Adimillenva"
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Gas turbines usually operate on an open - cycle, where fresh air at ambient condition is drawn into the compressor, where its temperature and pressure is constant pressure. The high temperature gas then enter turbine, where it expands to atmospheric pressure while subsequently converting its enthalpy into power. | Gas turbines usually operate on an open - cycle, where fresh air at ambient condition is drawn into the compressor, where its temperature and pressure is constant pressure. The high temperature gas then enter turbine, where it expands to atmospheric pressure while subsequently converting its enthalpy into power. | ||
| − | [[File: | + | [[File:Klaugusta open gas cycle.jpg|800px|thumb|center|'''An open-cycle gas turbine''' An open-cycle gas turbine.]] |
The process called the '''Brayton Cycle''', can be summarized into 4 internally reversible process: | The process called the '''Brayton Cycle''', can be summarized into 4 internally reversible process: | ||
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With openmodellica, we can make a simple system which can simulate the power output of a single stage open - cycle gas turbine. We could use the pre - existing models in the openmodellica libraries to create the system. | With openmodellica, we can make a simple system which can simulate the power output of a single stage open - cycle gas turbine. We could use the pre - existing models in the openmodellica libraries to create the system. | ||
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| + | [[File:Simple open cycle gas turbine Klaugusta.png|800px|thumb|center|'''An schematic of an open-cycle gas turbine using open modellica.''' ]] | ||
Revision as of 23:17, 1 March 2021
Biodata diri
Nama: Klaugusta Adimillenva
NPM: 1806227976
Tempat/Tanggal Lahir: Tangerang/12 Agustus 2000
Saya adalah Mahasiswa Fakultas Teknik Universitas Indonesia. Progam Internasional Teknik Mesin angkatan 2018. Disaat ini saya sedang menempuh semester 6 dari perkuliahan, atau bagian genap dari tahun ketiga perkuliahan. Alasan saya mengambil Program Teknik mesin sebagai Prodi saya adalah ketertarikan saya dalam berbagai bidang seperti konversi energi, manufaktur, dan penerbangan. Harapan saya dengan menempuhi Prodi ini adalah untuk bekerja dibidang - bidang tersebut setelah lulus dari Universitas Indonesia. Alasan lain dari menempuhi Prodi ini untuk saya adalah dengan berusaha saat nanti sudah lulus untuk membantu masyarakat Indonesia mencapai Sila ke - 5, yaitu "Keadilan Sosial Bagi Seluruh Rakyat Indonesia". Disini maksud saya untuk mencapai keadilan sosial adalah untuk semua rakyat Indonesia untuk mendapat titik mulai yang sama dan fair. Dan seluruh rakyat Indonesia layak mendapatkan kesejahteraan seperti edukasi, kesehatan, dan kestabilan ekonominya mereka sendiri (sandang dan pangan). Saya ingin menciptakan sesuatu ciptaan yang bisa menyamakan lapangan bermain untuk semua orang mencapai kehidupan yang sejahtera.
To explain energy to elementary school children, I would say that energy is the ability to do work or to make something move or change in some way. It is different from power, which represents the rate at which energy is used. However, it can be described in many different categories: form of energy (heat, light, motion, electrical, chemical, nuclear, and gravity); potential or kinetic energy; renewable or non-renewable.
Pertemuan 23-02-2021
Di hari ini saya Alhamdulillah sehat dan bahagia!
Pada hari ini kita sebagai kelas diberi tugas untuk membuat skema seperti:
Sunday, 28 February 2021
Assignment 2: Modelling of an open - cycle gas turbine
Gas turbines usually operate on an open - cycle, where fresh air at ambient condition is drawn into the compressor, where its temperature and pressure is constant pressure. The high temperature gas then enter turbine, where it expands to atmospheric pressure while subsequently converting its enthalpy into power.
The process called the Brayton Cycle, can be summarized into 4 internally reversible process:
1-2 Isentropic compression (in a compressor)
2-3 Constant-pressure heat addition
3-4 Isentropic expansion (in a turbine)
4-1 Constant-pressure heat rejection
With openmodellica, we can make a simple system which can simulate the power output of a single stage open - cycle gas turbine. We could use the pre - existing models in the openmodellica libraries to create the system.
