Compared with endoreversible heat engine with pure heat transfer and endoreversible
isothermal chemical engine with pure mass transfer, endoreversible non-isothermal …

The research on the output rate performance limit of the multi-stage energy conversion
system based on modern optimal control theory is one of the hot spots of finite time …

Considering the various irreversibility conditions caused by heat transfer and working
processes in a dual cycle, the power density performance is optimized by applying finite …

Abstract A modified recompression S–CO 2 Brayton cycle (RCSCBC) that combines
advantages of the preheated S–CO 2 Brayton cycle (PSCBC) is proposed to recovery the …

Chemical engine is an abstract model of some devices, such as solid state, photochemical,
and electrochemical devices, photovoltaic cell, and mass exchangers. Finite chemical …

Combining the finite piston speed thermodynamics and finite time thermodynamics and
considering the irreversible losses caused by heat transfer, friction, finite piston speed and …

For the given initial finite high-temperature heat reservoir temperature, continuous Hamilton–
Jacobi–Bellman equations are established to obtain optimal finite high-temperature heat …

Endoreversible chemical pump (ECP) is a theoretical model of electrochemical,
photochemical, solid-state apparatus and mass exchangers. ECP can be classified as two …

A class of two finite-heat-reservoir endoreversible heat engine with the generalized models
of both the reservoir thermal capacities and heat resistances is investigated. The optimality …

A model of a finite potential source irreversible isothermal chemical engine (ICE) cycle with
bypass mass leakage and mass resistance is established. Mass transfer processes are …