Hydrocarbon fuel and hydrogen are used as fuels for micro power equipment to replace
traditional batteries and provide energy for micro-electromechanical systems, which has …

A solar-powered high temperature differential Stirling engine has been considered for
optimization with multiple criteria. A mathematical model based on the finite-time …

Catalytic combustion of butane in micro-scale conduits is investigated. Nano-porous
alumina formed through anodic oxidation of aluminum is employed for the support of …

Miniature engines are competitive devices for portable energy consumption. Experiments
reveal that the thermal efficiency of a micro internal combustion swing engine (MICSE) is …

Micro-CHP systems are designed to reduce energy consumption in the present era. In this
study, micro-CHP systems with a solar-powered Stirling engine are designed for use in …

A bio mass Stirling cycle engine system with all necessary components is designed for 1 kW
power output. The designed engine is simulated for air standard cycle analysis for …

This paper makes attempt to optimize a high-temperature differential Ericsson engine with
several conditions. A mathematical approach based on the finite-time thermodynamic was …

The present research was concerned with the development and analysis of meso and micro
scale combustion systems for propulsion applications. In a more general sense, the …

This dissertation presents a MEMS-based thermopneumatic actuator that produces electrical
power by flexing a piezoelectric membrane. Operating the device at the resonant frequency …

The relevance: In the modern world, there is an urgent need for the efficient use of all
possible heat sources for the subsequent production of mechanical work or electrical …