A study of currently available commercial codes which evaluate the thermal performance of turbine cycles in power plants is presented. The analytical basis, capabilities, and possible applications of these codes are described. A survey of some user utilities has revealed their strengths and limitations. This paper examines some actual cases where the use of existing codes is either inconvenient or not satisfactory, and might produce somewhat inaccurate or incomplete results. A brief outline of a computer program that can overcome some of these weaknesses is given
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
One of the most promising concepts for future commercial thermal reactors is the boiling-water, inte...
Waste heat from the exhaust gas of a gas-turbine engine can be utilized to generate steam for indust...
The analysis of in-plant cogeneration opportunities requires quantification of several factors. Thes...
A computer-program for single-cycle gas turbine plants is described. A High Temperature Reaetor is a...
This paper describes the first phase of a study aimed at setting - up a cycle model and computer pro...
Sophisticated designs of thermal systems may be evaluated, quickly and inexpensively, with the suppo...
Abstract: A computer program XAG has been developed for aiding the design of arbitrary ther-mal powe...
This paper discusses a home-work assignment for juniors in Mechanical Engineering as an exercise in ...
Gas turbine cogeneration cycles provide a simple and economical solution to the problems created by ...
This project is regarding the development of a computer program in which it aims to optimize the air...
This work discusses procedures for predicting the performance of wind powered heating systems for re...
Introduction Nearly all major electric-generating power systems run through a series of processes wh...
Program computes specific power output, specific fuel consumption, and cycle efficiency for power sy...
This paper describes the three-step application of a computer program that is used for plant design ...
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
One of the most promising concepts for future commercial thermal reactors is the boiling-water, inte...
Waste heat from the exhaust gas of a gas-turbine engine can be utilized to generate steam for indust...
The analysis of in-plant cogeneration opportunities requires quantification of several factors. Thes...
A computer-program for single-cycle gas turbine plants is described. A High Temperature Reaetor is a...
This paper describes the first phase of a study aimed at setting - up a cycle model and computer pro...
Sophisticated designs of thermal systems may be evaluated, quickly and inexpensively, with the suppo...
Abstract: A computer program XAG has been developed for aiding the design of arbitrary ther-mal powe...
This paper discusses a home-work assignment for juniors in Mechanical Engineering as an exercise in ...
Gas turbine cogeneration cycles provide a simple and economical solution to the problems created by ...
This project is regarding the development of a computer program in which it aims to optimize the air...
This work discusses procedures for predicting the performance of wind powered heating systems for re...
Introduction Nearly all major electric-generating power systems run through a series of processes wh...
Program computes specific power output, specific fuel consumption, and cycle efficiency for power sy...
This paper describes the three-step application of a computer program that is used for plant design ...
Cogeneration cycles have better advantages over the conventional cycles. In this study, the performa...
One of the most promising concepts for future commercial thermal reactors is the boiling-water, inte...
Waste heat from the exhaust gas of a gas-turbine engine can be utilized to generate steam for indust...