Handbook of Diesel Engines [electronic resource] /
Mollenhauer, Klaus.editor.
Tschöke, Helmut.editor.
The diesel engine continues to be the most cost effective internal combustion engine for motor vehicles as well as mobile and stationary machines. Given the discussion of CO2, the diesel engine is superior to all other drive engines in terms of flexibility, performance, emissions and ruggedness. The intensive search for alternative drive concepts, e. g. hybrid or purely electric drives, has revealed the advantages of the diesel engine for cost effective long distance use wherever high energy densities of energy carriers are indispensable, i. e. storage capacities are low. This English edition of the Handbook of Diesel Engines provides a comprehensive overview of diesel engines of every size from small single cylinder engines up through large two-stroke marine engines. Fifty-eight well-known experts from industry and academia collaborated on this handbook. In addition to the fundamentals and design of diesel engines, it specifically treats in detail the increasingly important subjects of energy efficiency, exhaust emission, exhaust gas aftertreatment, injection systems, electronic engine management and conventional and alternative fuels. This handbook is an indispensable companion in the field of diesel engines. It is geared toward both experts working in research and development and the industry and students studying engineering, mechatronics, electrical engineering or electronics. Anyone interested in learning more about technology and understanding the function and interaction of the complex system of the diesel engine will also find their questions answered.
Description based upon print version of record.
Includes bibliographical references and index.
The Diesel Engine Cycle -- History and Fundamental Principles of the Diesel Engine -- Gas Exchange and Supercharging -- Diesel Engine Combustion -- Fuels -- Fuel Injection Systems -- Fuel Injection System Control Systems -- Diesel Engine Engineering -- Engine Component Loading -- Crankshaft Assembly Design, Mechanics and Loading -- Engine Cooling -- Materials and Their Selection -- Diesel Engine Operation -- Lubricants and the Lubrication System -- Start and Ignition Assist Systems -- Intake and Exhaust Systems -- Exhaust Heat Recovery -- Environmental Pollution by Diesel Engines -- Diesel Engine Exhaust Emissions -- Diesel Engine Noise Emission -- Implemented Diesel Engines -- Vehicle Diesel Engines -- Industrial and Marine Engines.
The diesel engine continues to be the most cost effective internal combustion engine for motor vehicles as well as mobile and stationary machines. Given the discussion of CO2, the diesel engine is superior to all other drive engines in terms of flexibility, performance, emissions and ruggedness. The intensive search for alternative drive concepts, e. g. hybrid or purely electric drives, has revealed the advantages of the diesel engine for cost effective long distance use wherever high energy densities of energy carriers are indispensable, i. e. storage capacities are low. This English edition of the Handbook of Diesel Engines provides a comprehensive overview of diesel engines of every size from small single cylinder engines up through large two-stroke marine engines. Fifty-eight well-known experts from industry and academia collaborated on this handbook. In addition to the fundamentals and design of diesel engines, it specifically treats in detail the increasingly important subjects of energy efficiency, exhaust emission, exhaust gas aftertreatment, injection systems, electronic engine management and conventional and alternative fuels. This handbook is an indispensable companion in the field of diesel engines. It is geared toward both experts working in research and development and the industry and students studying engineering, mechatronics, electrical engineering or electronics. Anyone interested in learning more about technology and understanding the function and interaction of the complex system of the diesel engine will also find their questions answered.
Automotive engineering.
Engines.
Machinery.
Automotive Engineering.
Engine Technology.