New Single-cylinder Engine Generation from AVL
Investigation of the Cylinder Cut-out for Medium-speed Dual-fuel Engines
Transient and Steady State Torsional Vibration Analysis of Large Bore Diesel Engines
GE’s J920 Gas Engine — 10.4 MW Power and more than 50 % Electrical Efficiency
Pilot Injection Strategies for Medium-speed Dual-fuel Engines
Bearing Technology Combinations for Low Friction Cranktrains
Determining Catalytic Fines Concentrations in Heavy Fuel Oils
High Power Density High Speed Diesel
Modular Medium Speed Four-stroke Engine
Two-stroke Dual-fuel Technology Evaluation
Characterisation of Large Gas and Dual-fuel Engines
How Legislation Bodies and Customers Influence Maritime Development
New ABB Sequential Turbocharging System — Fuel Savings for Large Two-stroke Engines
Pre-chamber Pressure-based Management of Gas Engines
Electrically Assisted Turbocharging for Optimized Performance
Physical Exhaust Gas Simulation System for Emissions Development
Enhancing Spark-plug Life in Large Gas Engines
“Compared to 1981, what an engine can do is rather remarkable”
GE’s J920 FleXtra Gas Engine for 60 Hz Applications
Dual-fuel Engines — An Elegant Alternative for Tier 4f Compliance
Optimized Cruise Liner Operation with Expert System Simulation and Condition Monitoring
Simplified High Performance Injection Systems for Dual-fuel Engines
Real-time Combustion Diagnostics and Control for Improved Engine Management
Improvement Technology for Non-visible Smoke During Ship Transient Operation
“We create added value for our customers”
“Single-stage turbocharging has great potential”
Combustion Development Methodology for Non-natural Gas Applications
Innovative Concepts for Higher Efficiency and Performance
Next Generation Functional Surfaces for Large Bore Piston Rings
A Systems View of Powertrain Development and Operation
Multi-Purpose High Speed Engine for Russian and Global Markets
“We have rapidly renewed our portfolio to reflect changes in market preferences”
Applications of Advanced Marine Electric and Hybrid Drives
Common Rail Technology for Low-speed Engines
Technology Transfer, System and Component Progress
Advanced Technologies for High Efficiency and Low Emissions