Muhammad Her Perwito Fathoni
Pengaruh Pemanfaatan Gasoline 80% dengan Variasi Konsentrasi Ethanol dan Methanol Terhadap Specific Fuel Consumption dan Coefficient of Variation pada Engine Test Bed 125 cc dan Road Test Engine 1800 cc = Effect of 80% Gasoline Utilization with Variations in Ethanol and Methanol Concentrations on Specific Fuel Consumption and Coefficient of Variation on 125 cc Engine Test Bed and 1800 cc Road Test Engine
Fakultas Teknik Universitas Indonesia, 2022
 UI - Skripsi Membership
Andhika Purnama Adrian
Pengaruh pemanfaatan low-grade bioetanol dan aditif oxygenated cyclooctanol terhadap emisi gas buang dan coefficient of variation pada motor 125 cc = The effect of low-grade bioethanol and oxygenated cyclooctanol additive utilization on a 125 cc motor's exhaust gas emission and coefficient of variation
Fakultas Teknik Universitas Indonesia, 2020
 UI - Skripsi Membership
Kevan Jeremy Igorio
Pengaruh Pemanfaatan Gasoline 80% dengan Variasi Konsentrasi Bioethanol dan Methanol terhadap Emisi dan Coefficient of Variation pada Spark Ignition Engine Test Bed 125 CC dan Road Test Engine 1800 CC = Effect of 80% Gasoline Utilization with Variations in Bioethanol and Methanol Concentrations on Emissions and Coefficient of Variation on Spark Ignition Engine Test Bed 125 CC and Road Test Engine 1800 CC
Fakultas Teknik Universitas Indonesia, 2022
 UI - Skripsi Membership
Fadhel Muhammad
Pengaruh pemanfaatan Gasoline 80% dengan variasi konsentrasi Bioethanol dan Methanol terhadap daya, torsi, dan coefficient of variation pada Spark Ignition 125 cc dan Road Test Engine 1800 cc = The Effect of 80% Gasoline utilization with various concentrations of Bioethanol and Methanol on power, torque, and coefficient of variation on the 125 CC Spark Ignition Engine Test Bed and 1800 CC Engine Road Test
Fakultas Teknik Universitas Indonesia, 2022
 UI - Skripsi Membership
Briano Ajiseno
Analisis perbandingan emisi pada mesin spark ignition berbahan bakar gasoline dan low grade bioethanol nonaditif dan dengan penambahan zat aditif = Comparative analysis emissions on the engine of spark ignition gasoline and low grade bioethanol fuel nonadittives and with the additives
Fakultas Teknik Universitas Indonesia, 2017
 UI - Skripsi Membership