A life prediction methodology requires a robust procedure for characterizing fatigue effects in conjunction with manufacturing and machining flaws.
Hydrogen peroxide is involved in many types of cell injury and exerts most of its injurious effects in conjunction with chelatable iron.
The exoreversible thermodynamic model of an annular thermoelectric generator (ATEG) considering Thomson effect in conjunction with Peltier, Joule and Fourier heat conduction has been investigated using exergy analysis.
Bottom hole pressure (BHP) survey of producers and fluid sampling were combined to evaluate the miscibility effect in conjunction with the injection-production data analysis.
An exoreversible thermodynamic model of the annular thermoelectric cooler considering Thomson effect in conjunction with Peltier, Joule and Fourier heat conduction has been investigated using exergy analysis.
The effects, in conjunction with added tariffs of the prior year, were global; imports from booze to steel to seeds were hit steeply, and foreign businesses relying on exports to America were shaken.
All the simulation models to be optimized by the multi-objective genetic algorithm are established and solved by finite element method, where the Thomson effect, in conjunction with Peltier effect, Joule heating, and Fourier heat conduction are simultaneously considered.
The exoreversible and irreversible thermodynamic models of a two stage thermoelectric cooler (TTEC) considering Thomson effect in conjunction with Peltier, Joule and Fourier heat conduction effects have been investigated using exergy analysis.
This paper complements existing research on the role of cultural similarity in cross-border M&As by examining their effects in conjunction with relative status positions of merging entities.
In this paper, the energy and exergy analysis of the solar annular thermoelectric generator (SATEG) considering Thomson effect in conjunction with Peltier, Joule and Fourier heat conduction have been introduced.
To this end, the crucial development of the attachment process, during the late instants of a pre-stroke phase, is investigated, Electrodynamic effects, in conjunction with those of electrostatic nature, are then introduced.
