Add to ORKGThis paper focuses on an analysis of the potential increase of efficiency in ship's primal energy system using a turbocharger with multistage compression with intercooling, and diverting a greater flow of exhaust gases to power turbine of waste heat recovery system (WHR). Analysis of potential efficiency increase has been made for various stages of compression for a 100 % main engine load, and an analysis of five stage compression with intercooling for a main engine load between 50 % and 100%. Key words: waste heat recovery system, diesel engine, turbocharger 1
The purpose of this thesis was to design and demonstrate the effectiveness of a new style of heat ex...
Waste heat recovery system for the Dolphin concept car.Technological advances in the transportation ...
Strict emissions legislation and energy security debates have spurred extensive research in alternat...
This paper focuses on an analysis of the potential increase of efficiency in ship's primal energy...
The paper presents a novel concept of very efficient transportation engines for operation with CNG, ...
The efficiency of internal combustion engines may be improved recovering the fuel energy loss in the...
In this study the influence of utilization of two Waste Heat Recovery (WHR) strategies, namely organ...
Technologies that provide potential for significant improvements in engine efficiency include, engin...
In many modern gas turbine engine ground-based power plants, used for power generation, several auxi...
The demand for more fuel efficient vehicles has been growing steadily and will only continue to incr...
In this article, the waste heat recovery (WHR) installations used for the production of saturated st...
The recovery of heat available in the exhaust of a gas turbine engine is one of the main challenge ...
The introduction of intercooling and regeneration in a gas turbine engine can lead to performance im...
The focus of this study is based on increasing efficiency of an internal combustion engine, by using...
In the present study, the effects of Organic Rankine Cycle (ORC) and Turbocompound (T/C) system inte...
The purpose of this thesis was to design and demonstrate the effectiveness of a new style of heat ex...
Waste heat recovery system for the Dolphin concept car.Technological advances in the transportation ...
Strict emissions legislation and energy security debates have spurred extensive research in alternat...
This paper focuses on an analysis of the potential increase of efficiency in ship's primal energy...
The paper presents a novel concept of very efficient transportation engines for operation with CNG, ...
The efficiency of internal combustion engines may be improved recovering the fuel energy loss in the...
In this study the influence of utilization of two Waste Heat Recovery (WHR) strategies, namely organ...
Technologies that provide potential for significant improvements in engine efficiency include, engin...
In many modern gas turbine engine ground-based power plants, used for power generation, several auxi...
The demand for more fuel efficient vehicles has been growing steadily and will only continue to incr...
In this article, the waste heat recovery (WHR) installations used for the production of saturated st...
The recovery of heat available in the exhaust of a gas turbine engine is one of the main challenge ...
The introduction of intercooling and regeneration in a gas turbine engine can lead to performance im...
The focus of this study is based on increasing efficiency of an internal combustion engine, by using...
In the present study, the effects of Organic Rankine Cycle (ORC) and Turbocompound (T/C) system inte...
The purpose of this thesis was to design and demonstrate the effectiveness of a new style of heat ex...
Waste heat recovery system for the Dolphin concept car.Technological advances in the transportation ...
Strict emissions legislation and energy security debates have spurred extensive research in alternat...