The Journal of Engine Research

The Journal of Engine Research

A
  • Air and Helium Gas Experimental investigation on the gamma model Stirling engine for cooling production using various gases [Volume 59, Issue 59, 2020, Pages 17-28]
B
  • Biogas Study on the effect of using reformed biogas as a low reactivity fuel in a dual-fuel engine (RCCI) [Volume 59, Issue 59, 2020, Pages 73-93]
C
  • Computational fluid dynamic Numerical study of the effect of fuel injection timing on the ignition delay, performance parameters and exhaust emission of gas/dual fuel diesel engine using Computational Fluid Dynamics [Volume 59, Issue 59, 2020, Pages 29-43]
  • Cooling Experimental investigation on the gamma model Stirling engine for cooling production using various gases [Volume 59, Issue 59, 2020, Pages 17-28]
D
  • Dual-fuel diesel engine Numerical study of the effect of fuel injection timing on the ignition delay, performance parameters and exhaust emission of gas/dual fuel diesel engine using Computational Fluid Dynamics [Volume 59, Issue 59, 2020, Pages 29-43]
E
  • Emission of pollutants Numerical study of the effect of fuel injection timing on the ignition delay, performance parameters and exhaust emission of gas/dual fuel diesel engine using Computational Fluid Dynamics [Volume 59, Issue 59, 2020, Pages 29-43]
F
  • Fuel Injection System Numerical and experimental investigation of common rail fuel injection system and evaluating influence of fuel pressure on injection characteristics and pressure fluctuations [Volume 59, Issue 59, 2020, Pages 63-72]
  • Fuel Pressure Numerical and experimental investigation of common rail fuel injection system and evaluating influence of fuel pressure on injection characteristics and pressure fluctuations [Volume 59, Issue 59, 2020, Pages 63-72]
G
  • Gamma Stirling Engine Experimental investigation on the gamma model Stirling engine for cooling production using various gases [Volume 59, Issue 59, 2020, Pages 17-28]
L
  • Lithium ion battery Numerical investigation of the parameters of a prismatic lithium ion battery under load for electrical vehicle [Volume 59, Issue 59, 2020, Pages 45-62]
  • Lithium Ion Concentration Numerical investigation of the parameters of a prismatic lithium ion battery under load for electrical vehicle [Volume 59, Issue 59, 2020, Pages 45-62]
P
  • Parametric performance Numerical study of the effect of fuel injection timing on the ignition delay, performance parameters and exhaust emission of gas/dual fuel diesel engine using Computational Fluid Dynamics [Volume 59, Issue 59, 2020, Pages 29-43]
  • PFI injector An Experimental formulation for PFI injector penetration length versus time and pressure using high speed spray imaging results [Volume 59, Issue 59, 2020, Pages 3-15]
  • Power Supply Experimental investigation on the gamma model Stirling engine for cooling production using various gases [Volume 59, Issue 59, 2020, Pages 17-28]
  • Pressure fluctuations Numerical and experimental investigation of common rail fuel injection system and evaluating influence of fuel pressure on injection characteristics and pressure fluctuations [Volume 59, Issue 59, 2020, Pages 63-72]
R
  • RCCI engine Study on the effect of using reformed biogas as a low reactivity fuel in a dual-fuel engine (RCCI) [Volume 59, Issue 59, 2020, Pages 73-93]
  • Reformed biogas Study on the effect of using reformed biogas as a low reactivity fuel in a dual-fuel engine (RCCI) [Volume 59, Issue 59, 2020, Pages 73-93]
S
  • Schlieren Imaging An Experimental formulation for PFI injector penetration length versus time and pressure using high speed spray imaging results [Volume 59, Issue 59, 2020, Pages 3-15]
  • Simulation Numerical and experimental investigation of common rail fuel injection system and evaluating influence of fuel pressure on injection characteristics and pressure fluctuations [Volume 59, Issue 59, 2020, Pages 63-72]
  • State of charge Numerical investigation of the parameters of a prismatic lithium ion battery under load for electrical vehicle [Volume 59, Issue 59, 2020, Pages 45-62]
T
  • Tip Penetration An Experimental formulation for PFI injector penetration length versus time and pressure using high speed spray imaging results [Volume 59, Issue 59, 2020, Pages 3-15]