Unjuk Kerja Turbin Turgo Skala Piko Sudu Berbahan Batok Kelapa dengan Variasi Sudut Masuk dan Jarak Nosel terhadap Efisiensi Hidrolik = Performance of Pico-Scale Turgo Turbine Bucket using Coconut Shells Spoons with Variations Inlet Angle and Nozzle Distance to Hydraulic Efficiency

Rancangan Bentuk Nosel dan Kedalaman Sudu Secara Komputasional Untuk Peningkatan Unjuk Kerja Turbin Arus Lintang (Cross Flow) = Computational Method for Designing Nozzle Shape and Blade Depth to Improve the Performance of the Cross Flow Turbine

Rancangan Bentuk Nosel dan Kedalaman Sudu Secara Komputasional Untuk Peningkatan Unjuk Kerja Turbin Arus Lintang (Cross Flow) = Computational Method for Designing Nozzle Shape and Blade Depth to Improve the Performance of the Cross Flow Turbine

Perbandingan rancangan sudu turbin piko hidro cross-flow tanpa dan dengan konsep airfoil secara numerik = Comparison design between airfoil profiled blades and ordinary blades in cross flow turbine by numerical method

Rasio antara Kedalaman dan Radius Kurva Sudu Batok Kelapa Turbin Air Turgo Skala Piko = Ratio between Depth and Radius of Coconut Shell Curve Turgo Water Turbine Pico Scale