$FRANCIS TURBINE 3 MW DESIGN WITH HEAD OF 87 M AND FLOW RATE OF 4.2 M\TEXTSUPERSCRIPT{3}/S .$

FRANCIS TURBINE 3 MW DESIGN WITH HEAD OF 87 M AND FLOW RATE OF 4.2 M\TEXTSUPERSCRIPT{3}/S .

Saved in:

Bibliographic Details
Main Author:	Mahendra Pramono, Danur
Format:	Final Project
Language:	Indonesia
Online Access:	https://digilib.itb.ac.id/gdl/view/59539
Tags:	Add Tag No Tags, Be the first to tag this record!
Institution:	Institut Teknologi Bandung
Language:	Indonesia

Similar Items

FRANCIS TURBINE 1 MW DESIGN ON MINI HYDROPOWER KAMBANGAN WITH HEAD 87 M AND FLOW RATE 1,4 M\TEXTSUPERSCRIPT{3}/S.
by: Gieraldien Sahertian, Luthfie

ANALYSIS, MODELING, SIMULATION FOR UPRATING FRANCIS TURBINE WITH HEAD 42 M AND FLOW RATE 0.585 M \TEXTSUPERSCRIPT{3}/S.
by: Hendra Setyastanto, Yohanes

DESIGN, MODEL, AND SIMULATION OF FRANCIS WATER TURBINE WITH HEAD OF 42 M AND DISCHARGE OF 0.585 M\TEXTSUPERSCRIPT{3}/S.
by: Azmi Fatimah, Sarah

Design, Model, and Simulation of Francis Turbine with Head of 87.8 m and Discharge of 3.5 m 3 /s
by: Fadel Arraiza Farhan, Muhammad

Design, Model, and Simulation of Francis Turbine with Head of 87.8 m and Discharge of 3.5 m3/s
by: Fadel Arraiza Farhan, Muhammad

FRANCIS TURBINE 2 MW DESIGN WITH CASE STUDY KAMBANGAN MINI HYDRO POWER WITH HEAD 87 M AND DISCHARGE 2.8 M3/S
by: Danu Aditya Rachman, Rovky

MODELING AND NUMERICAL SIMULATION OF AN AXIAL FLOW TURBINE AT HEAD 4,5 M AND FLOW RATE 1,5 M\TEXTSUPERSCRIPT{3}/S.
by: Yan Eka Putra Tampubolon, Jimmy

DESIGN, MODELLING, AND SIMULATION OF FRANCIS WATER TURBINE FOR CISOMANG WATER POWER PLANT WITH HEAD OF 131,07 M AND DISCHARGE OF 1,61 M\TEXTSUPERSCRIPT{3}/S
by: Kurniawan, Julio

FRACIS TURBINE 2,5 MW DESIGN.STUDY CASE: KAMBANGAN MINI HYDRO POWER WITH HEAD 85M AND DISCHARGE 7 M\TEXTSUPERSCRIPT{3}/S.
by: Dewo, Gale

DESIGN AND NUMERIC SIMULATION OF AN AXIAL FLOW PUMP WITH 6 M \TEXTIT{HEAD} AND 2M\TEXTSUPERSCRIPT{3}/S RATE OF FLOW.
by: Vito Samuelson, Batara

UPRATING OF FRANCIS WATER TURBINE WITH HEAD OF 42 M AND DISCHARGE OF 0.585 M3/S WITH VARIOUS NACA PROFILE FOR RUNNERâS BLADE
by: Kiasatina, Nabilah

DESIGN, MODEL, AND SIMULATION OF PELTON WATER TURBINE WITH HEAD OF 86.5 M AND DISCHARGE 3,5 M\TEXTSUPERSCRIPT{3}/S.
by: Suyudhi Suryakusuma, Muhammad

NUMERICAL SIMULATION OF AXIAL TURBINE WITH VARIOUS OPERATING HEAD AND FLOW RATE OF 1,5M \TEXTSUPERSCRIPT{3}/S AT VARIOUS ANGLE OF GUIDE VANE
by: Yulfar Vidyantara, Darryl

Design, Modelling, and Simulation of Water Turbine Francis Type on Case Study of Pareang Micro Hydropower with Head 83,71 m and Flow Rate 1,51m 3/s
by: HARASTA FADRUZIL (NIM : 13112018), FARHAN

DESIGN OF THE THREE BLADE SCREW TURBINE PROTOTYPE WITH 3M HEAD AND 1 M\TEXTSUPERCRIPT{3}/S FLOW RATE.
by: Hadi, Hardinal

THE DESIGN OF FRANCIS TURBINE AT 30 M HEAD AND 500 KW POWER RATING FOR MINI HYDRO POWER GENERATION
by: Yogastama, Agisatyo

THE DESIGN OF FRANCIS TURBINE AT 30 M HEAD AND 500 KW POWER RATING FOR MINI HYDRO POWER GENERATION
by: Yogastama, Agisatyo

Design, Modelling, and Simulation of Francis Water Turbine for Cisomang Water Power Plant with Head of 131,07 m and Discharge of 1,61 m3/s
by: KURNIAWAN (NIM : 13113108), JULIO

THE DESIGN OF 500 KW FRANCIS TURBINE AT 30 M HEAD AND 500 RPM OF ROTATIONAL SPEED
by: Febrianto, Stevanus

DESIGN, MODEL, AND SIMULATION OF FRANCIS WATER TURBINE FOR BAKARU HYDROELECTRIC POWER PLANT WITH NETTO HEAD OF 322,1 M AND MAXIMUM DISCHARGE OF 22,5 M3/S
by: Christoper Maystro, Arnold

Final Project Title The Design of Francis Turbine at 30 m Head and 500 kW Power Rating for Mini Hydro Power Generation
by: Yogastama-13113007, Agisatyo

DESIGN AND SIMULATION THE VERY LOW HEAD TURBINE WITH HEAD 2 METER AND RATE OF FLOW 0,5 M3 /S USING FREE VORTEX CRITERIONS
by: SITORUS (NIM : 13107137); Pembimbing : Dr.Ir. Priyono Sutikno, SUPARMAN

Design and Numerical Simulation of Cross Flow Water Turbine at Net Head 30 m with Maximum Discharge 0.527 m3/s
by: Kurniawan Purba, Adetya

Design and Numerical Simulation of Cross Flow Water Turbine at Net Head 30 m with Maximum Discharge 0.527 m 3 /s
by: Kurniawan Purba, Adetya

REVERSE ENGINEERING OF 63 MW FRANCIS TURBINE GUIDE VANE GEOMETRY IN PLTA BAKARU
by: Farkhan Rokhmatullah, Muhammad

DESIGN AND NUMERICAL SIMULATION OF PROPELLER HYDRO TURBINE WITH 2M HEAD AND 0.66 M3/S FLOWRATE
by: Saraswati, Athira

DESIGN AND NUMERICAL SIMULATION OF TWO-PHASE FLOW CROSSFLOW TURBINE WITH HEAD BETWEEN 10 M TO 30 M
by: Galung Candra G R P P, Ajimas

OPEN CHANNEL DESIGN ON MINI-HYDRO POWER PLANT (MHP) WITH DISCHARGE CAPASITY 7 M\TEXTSUPERSCRIPT{3}/S.
by: Bagus Novendianto, Ivan

PERANCANGAN DAN SIMULASI TURBIN PICO HYDRO PROPELLER VERTIKAL DENGAN HEAD 1,8 M DAN DEBIT 0,057 M3/S MENGGUNAKAN COMPUTATIONAL FLUID DYNAMICS.
by: Adi Pratama Harahap, Mahendra

Design and Numerical Simulation of Propeller Axial Water Tubine with Head 7,25 m and Flow Rate 1,8 m 3 /s
by: Maudan, Gustom

DESIGN AND NUMERICAL SIMULATION OF 5 MW KAPLAN TURBINE WITH 39 M3/S DISCHARGE USING COMPUTATIONAL FLUID DYNAMICS
by: Febrilian Syah, Muhammad

DESIGN AND NUMERICAL SIMULATION OF A 1 MW FRANCIS TURBINE FOR THE TEMEF DAM IN EAST NUSA TENGGARA
by: Firdaus, Wildan

ANALYSIS OF GUIDE VANE GEOMETRY TOWARDS PERFORMANCE OF FRANCIS TURBINE 63 MW ON BAKARU HYDRO POWER PLANT
by: Calvin Gunawan, Agustinus

DESIGN AND NUMERICAL SIMULATION OF FRANCIS TYPE WATER TURBINE FOR HEPP POSO EXTENSION-2 4 X 50 MW
by: Suryawijaya, Musa

Design and Simulation of a Vertical Kaplan Turbine with 5,17 m Head and 5,725 m3/s Discharge using Computational Fluid Dynamics
by: Zihni, Abi

PERANCANGAN DAN SIMULASI TURBIN VLH (VERY LOW HEAD TURBINE)MENGGUNAKAN KRITERIA ALIRAN FORCED VORTEX PADA HEAD 2 METERDAN DEBIT 0,5 M3/S.
by: Aditya Juswandaru, Stanislaus

A CMOS PSR enhancer with 87.3 mV PVT-insensitive dropout voltage for sensor circuits
by: Zhang, Jianyu, et al.
Published: (2022)

Design and Simulation of axial water Turbine With Power 4 MW and head 8.4 meters
by: Prathama, Catra

APLIKASI PERHITUNGAN PERANCANGAN TURBIN AIR (TURBIN PELTON, FRANCIS DAN KAPLAN) DENGAN GAMBAS
by: , IPUNG PRAMONO, et al.
Published: (2014)

PERANCANGAN DAN SIMULASI TURBIN VLH (VERY LOW HEAD) DENGANH=2M DAN Q=0,5 M3/5 MENGGUNAKAN KRITERIA ALIRAN FREE VORTEX.
by: Sitorus, Suparman