Sentence examples for air flow heating from inspiring English sources

To illustrate the proposed method and demonstrate its efficacy, an application to an air flow heating system is presented.

Steady state air flow, heat transfer and thermoelastic dynamics in the multi-field coupling system of a rotating flexible disc in an enclosure filled with air are investigated within a large speed range.

There are four main ways of heat dissipation for the shearer ranging arm: convective heat transfer between the ranging arm shell and air flow; heat removal by the cooling water of the ranging arms; heat absorption by the lube oil of the ranging arm; radial heat transfer between ranging arm and its connection devices.

Air flow and heat transfer inside a room which is heated by floor heating and wall heating systems are investigated numerically for a residential building located in Kocaeli province, Turkey.

The developed numerical method and obtained results can be widely used in different engineering problems, e.g. the simulation of air flow and heat transfer from heat-generating elements in power engineering.

To the more deeply understand the enhancement heat transfer mechanism and optimization design for wavy fin-and-flat tube heat exchangers, three-dimensional numerical simulations and experimental investigation of air flow and heat transfer characteristics over the wavy fin heat exchangers are presented in this study.

A validated CFD model was used to predict the buoyancy-driven air flow and heat transfer rates in vertical ventilation cavities with various combinations of heat distribution on two vertical walls ranging from symmetrical to fully asymmetrical heating.

NV design requires profound knowledge and accurate prediction of air flow and heat transfer in and around buildings.

A systematic analytical approach is taken, to solve the governing equations of the air flow and heat transfer.

This paper presented the experimental results of air flow and heat transfer through three stainless steel foam filled tubes under convection boundary condition.

Nonuniformity of the inlet air flow in heat exchangers is first order importance and has decisive influence on their efficiency because it can intensify longitudinal wall heat conduction and the maldistribution of interior temperature.