OPTIMASI RANCANG BANGUN PROTOTYPE KINCIR AIR KAPASITAS 100 WATT by Budi Hartadi, Yassyir Maulana

“…While from the prototype waterwheel obtained the waterwheel round by 181 rpm, torque of waterwheel is 0,0088 Nm and the power of waterwheel is 167 Watt. …”
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Metode Accumulative Difference Images untuk Mendeteksi Berhentinya Putaran Kincir Air by Adri Priadana, Aris Wahyu Murdiyanto

“…Based on these problems, we need a method that can be used to detect the cessation of waterwheel rotation in shrimp ponds that focuses on the rotation of the waterwheel. …”
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PERANCANGAN KINCIR AIR TERAPUNG SUMBU HORIZONTAL 8 BLADES DENGAN MENGGUNAKAN HYDROFOIL NACA by , Ardhiant Octavianus, , M.K. Herliansyah, ST., MT., Ph.D.

“…There are several objectives achieved in this research is designing a hydrofoil of NACA 0024 on a waterwheel, build a prototype of waterwheel, analyze the changes in efficiency with five different types of angles (0 o , 10 o , 20 o , 30 o and 40 o ) and test the performance of waterwheel on the angle to achieve maximum efficiency. …”

Exploring clean energy for sustainable development by Lee, Alvin Junxian.

“…After exploring the different types of renewable and clean alternative energy sources, the student decides to use hydropower to drive his improvised waterwheel system. The improvised waterwheel makes use of speed ratios through gears and pulleys instead of the current hydropower stations that use turbines to generate electricity that is already in their final stages of development. …”
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OPTIMASI UNJUK KERJA KINCIR AIR UNDERSHOT by Agato Agato, Alfesius sunarso Sunarso, Narsih Narsih, Dominikus Sulistiono Domi, Dovian Iswanda

“…The purpose in this research, the performance of the undershot waterwheel with hydraulic channel modifications were investigated. …”
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The Effectiveness of the STEM Project Based Learning Approach in Physics Learning to Improve Scientific Work Skills of High School Students by Berry Devanda, Lufri, Elizar Elizar

“…The conclusion from this study is that the application of the STEM-integrated Project Based Learning approach with the waterwheel props can improve students' scientific skills. …”
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Handbook of Electrical Generators / by Bostic, Maud, author 639867

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THE ENGINEER / by Furnas, C. C., (Clifford Cook), 1900-1969, author 184277, McCarthy, Joe, 1915-1980, author 648462, Time-Life Books 11642

“…For in every society, the engineer's role is to develop, from the knowledge of his day, technological applications which meet practical needs: a waterwheel to power a mill; an electrical system to light a city; an artificial heart to prolong life. …”

Small-Scale Renewable Energy Technology to Support the Sustainability of a Food Security Village in Malang City by Sedyowati Laksni, Yuniarti Sari, Sufiyanto Sufiyanto

“…The maximum RPM recorded during waterwheel operation is 9 RPM, i.e. after it rained the night before the measurement, and the resulting voltage was 20 Volt. …”
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Rancang Bangun Pompa Sistem Wheel Spiral untuk Skala Kecil by Feri Arlius, Eri Gas Ekaputra, Delvi Yanti

“…This pump can rise water higher than the highest goosebeak on waterwheel and the efficiency is highest than the waterwheel. …”
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OPTIMALISASI DAN RANCANGAN SISTEM PROTEKSI PENUTUP BALIK OTOMATIS (RECLOSER) JARINGAN DISTRIBUSI LISTRIK 1 FASE DAYA 3KW PADA PLTMh SINGOSAREN WUKIRSARI IMOGIRI BANTUL YOGYAKARTA (... by , IMAM SYAFI'I, , Prof.(Emr). Adhi Susanto, M.Sc., Ph.D.

“…Results obtained data that includes dimensions of the channel width of 0,62 m 0,32 m height of the water discharge 0,1389 m3/second with 60% efficiency, resulting of output power in 261 watts. Water mill (waterwheel) used with the number of blades 20 pieces, outer diameter 2,1 m, diameter of 0,68 m, width 0,62 m category undershot waterwheel. …”

Desain Pembangkit Listrik Tenaga Piko Hidro Terapung (PLTPHT) by Suparman Suparman, Hadi Suyono, Rini Nur Hasanah

“…While the components of FHPP itself consists of pontoon, waterwheel, permanent magnet generator (GMP) as an electricity generator, voltage rectifier, voltage stabilizer and battery that serves to store voltage generated by GMP. …”
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PENGARUH KEMIRINGAN POSISI SUDU PADA ROTOR TERHADAP KINERJA KINCIR AIR SUDU MELENGKUNG by , AGUS WAHYUDI, , Prof. Dr. Ir. Indarto, DEA

“…Through this study created a model of type undershot waterwheel with the specifications of the rotor diameter of 30 cm width 15 cm the number of blades 10 pieces that can be changed slope positions blade, that is backward radial position (position A), straight radial (position B) and forward radial position (position C). tested at the Laboratory of Hydraulics and Hydrology University of Gadjah Mada PAU using the model water channels (circulation tansport sediment flume) by varying the flow rate 20 l/s, 25 l/s, 30 l/s, 35 l/s. 40 l/s and 45 l/s, Results of testing the efficiency of third windmill blades position tends to decline as the addition of discharge, However the general radial turbine with the forward position (the blade position C) has the highest efficiency compared with the second position of the other blade that is equal to 49.94% at 0,128 torque and speed ratio U/V = 0,52 on 0.035 m3/s discharge.Therefore can be concluded with the forward position radial turbine (blade position C) had the best performance compared to radial turbines backward position (the position of blades A) and straight radial position (the position of blades B).…”

PENGARUH PERUBAHAN JUMLAH SUDU KINCIR ISMUN JENIS TRAPEZOID by , ir.Christopol Edy, , Prof. Dr. Ir. Indarto, DEA.

“…The results are expected to be benefit to science, especially for those interested in reviewing waterwheel issues and microhydro-actors in choosing appropriate number of blades. …”

Development of water trash collector by P. N. F. M., Shamsuddin, Muhamad Arifpin, Mansor, M. S. A., Hadi, N. Z., Abidin, R., Ibrahim

“…Trash Bin collector and waterwheel are added in the design for collecting purposes and movement respectively. …”
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