Sentence examples for dissipation of work from inspiring English sources

It is shown that in this type of plasticity problem, superposition can be applied to the dissipation of work, subject of certain conditions.

Initial experimental results indicate that elevated wall stress in the setting of progressive dilatation is paralleled by increased variation in regional work and that measurements of discoordination accurately reflect this increased dissipation of work [ 87].

In many cases the approach allows the local dissipation of plastic work to be derived in closed form.

One important factor in this context is the temperature increase in the shear zone due to the partial dissipation of inelastic work.

The phase fraction is treated through an internal variable approach and the first law of thermodynamics allows a consistent treatment of the internal heat generation due to dissipation of inelastic work.

Internal irreversibility is produced by the dissipation of the working fluid.

The irreversibility of heat transfer across finite temperature differences, the heat-leak loss between the external heat reservoirs and the internal dissipation of the working fluids are considered.

This four-temperature-level model takes into account the heat resistance, heat leakage, and irreversibilities due to internal dissipation of the working fluid.

On the basis of an endoreversible absorption refrigeration cycle model with linear phenomenological heat transfer law of Q∝Δ(T−1), an irreversible four-heat-reservoir cycle model is built by taking account of the heat resistance, heat leak and irreversibilities due to the internal dissipation of the working fluid.

In this paper, we report a study on the thermoeconomical performance optimization of a two-stage irreversible combined refrigeration system affected by the irreversibility of heat transfer across finite temperature differences, the heat leak loss between the external heat reservoirs and the internal dissipation of the working fluids.

By using the new cyclic model, the influences of finite-rate mass transfer, mass leak, and internal dissipation of a cyclic working substance on the optimal performance of the chemical pump are revealed.