Exemplos de uso de Convection and radiation em Inglês e suas traduções para o Português
{-}
-
Colloquial
-
Official
-
Medicine
-
Financial
-
Ecclesiastic
-
Ecclesiastic
-
Computer
-
Official/political
The basic approach for heat exchange:conduction, convection and radiation.
To decrease convection and radiation, the other walls on the box are thermally insulated.
There are two ways of transferring heat from the radiator- convection and radiation.
Convection and radiation effects will be simulated by means of the SURF152 element using one extra node.
In this area, the three heat transfer modes of conduction, convection, and radiation are present.
The convection and radiation phenomena are included into the numerical model by means of Neumann's boundary condition, which can be written by equation 3.
Thus, pre-pubertal children cool better by convection and radiation than by the evaporation mechanism.
The occurrence of thermal treatment is based on the heat transfer mechanisms,conduction, convection and radiation.
Children have a reduced evaporative capacity to dissipate body temperature since they depend more on convection and radiation.
On the face notexposed to direct heat, a combination of convection and radiation was made, simulated by?c 9 W/m ºC.
In fire analysis of structures, Dirichlet's condition is not important,for it does not take into consideration the heat transfer by convection and radiation.
The existence of cavities within the structure generates heat transfer by convection and radiation, due to the heating of the enclosed air.
Depending on power and the equipment installed in the room cooking during the cooking process heat is released into the environment mainly in two transmission components: convection and radiation.
The matrix of interpolation functions for the finite element of convection and radiation is defined by equation 32.
The actual loss of heat by these routes convection and radiation increases the redistribution of blood flow to body surface area at the expense of the central blood volume, instigating a shift towards an increased heart rate cardiovascular drift in order to maintain a given cardiac output.
In this area, the three heat transfer modes of conduction, convection, and radiation are present.
In this study convection and radiation are related to the heat transfer in the flow is studied by applying the generalized integral transform technique(gitt) to produce a hybrid solution to the mode of convective and radiative transfer with participating media in the energy equation and the method of galerkin to solve the equation of radiative transfer.
In the upside of the slab, not exposed to fire,the combined phenomena of convection and radiation were simulated by?c 9 W/m² °C.
An additional term, thermal transmittance,quantifies the thermal conductance of a structure along with heat transfer due to convection and radiation.
The flow rates, on the other hand, are presented in terms of their convection and radiation components, and the total flow rate, which is the sum of both of them, for each of the sample's surface.
In addition, emissivity and convection coefficients for the consideration of heat transfer by convection and radiation should be informed.
In reality, the trapped air generates heat transfer by convection and radiation between the heated surface the cement plateand the face not exposed to fire flange.
In the face directly heated by the fire, we applied the ISO 834[] standard curve and,in the face not directly exposed to the heat, a combination of convection and radiation, simulated by ac 9 W/m² °C.
Such analysis involves modeling the steady state refrigerant flow inside the condenser tube and free convection and radiation heat transfer between the outside surface of the condenser and external environment.
Such cavities are filled with trapped air that, when heated,transfer heat by convection and radiation to the neighboring regions.
This is due to the fact that all three heat transfer mechanisms, conduction, convection, and radiation, are flame temperature dependent.
In ATERM, we employ rectangular and triangular planes of four and three nodes,respectively, and two nodes special bar elements for considering convection and radiation heat transfer effects, which can be superimposed in any face of the plane elements.
In addition, newborns may lose heat through evaporation, radiation, convection and conduction.
Heating increases air temperature by convection and by radiation.