Lingen Chen

Postgraduate School, Naval University of Engineering
430033 Wuhan, P. R. China

OPTIMAL TEMPERATURES AND MAXIMUM POWER OUTPUT OF A COMPLEX SYSTEM WITH LINEAR PHENOMENOLOGICAL HEAT TRANSFER LAW

MAXIMUM WORK OUTPUT OF MULTISTAGE CONTINUOUS CARNOT HEAT ENGINE SYSTEM WITH FINITE RESERVOIRS OF THERMAL CAPACITY AND RADIATION BETWEEN HEAT SOURCE AND WORKING FLUID

FINITE TIME THERMODYNAMIC MODELING AND ANALYSIS FOR AN IRREVERSIBLE ATKINSON CYCLE

Work output and efficiency of a reversible quantum Otto cycle

    CONSTRUCTAL ENTRANSY DISSIPATION MINIMIZATION FOR "VOLUME-POINT" HEAT CONDUCTION BASED ON TRIANGULAR ELEMENT

    OPTIMAL PATHS OF PISTON MOTION OF IRREVERSIBLE DIESEL CYCLE FOR MINIMUM ENTROPY GENERATION