convect


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con·vect

 (kən-vĕkt′)
v. con·vect·ed, con·vect·ing, con·vects
v.tr.
To transfer (heat) by convection.
v.intr.
To undergo convection: warm air convecting upward.

[Back-formation from convection.]

convect

(kənˈvɛkt)
vb
1. (General Physics) (tr) to circulate (hot air) by convection
2. (General Physics) (intr) to undergo convection

con•vect

(kənˈvɛkt)

v.t.
1. to transfer (heat or a fluid) by convection.
v.i.
2. (of a fluid) to transfer heat by convection.
[1880–85; back formation from convected < Latin convectus, past participle of convehere to carry to one place =con- con- + vehere to carry]
con•vec′tive, adj.
con•vec′tive•ly, adv.
ThesaurusAntonymsRelated WordsSynonymsLegend:
Verb1.convect - circulate hot air by convection
circulate - cause to move in a circuit or system; "The fan circulates the air in the room"
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References in periodicals archive ?
This requires more investigation of underusing the generation and dissipation of entropy noise as they convect through the turbine blade rows.
But this was deemed impractical because of the prominent use of trusses, so the Dupont engineers thought of using Tyvek as an air barrier while allowing moisture in vapor form that may accumulate inside walls to convect to the outside.
A negative CTP indicates the local atmosphere is too stable to convect; any rainfall would likely come from large-scale systems moving into the area during the course of the day.
As part of the hydrogen mitigation strategy, the passive CONVECT system was implemented to act under severe accident conditions.
This is then followed by the new vortices e2 and c2 that generate and convect upstream (c2) or downstream (e2) (Figure 9(f)-9(j)).
Due to the reduced size of the flame kernel, the largest eddies in the flow can convect it from the spark plug electrode.
Most commercial codes [8] have an algebraic VOF solver available (where a typical discretisation method is used to convect the VOF value), often with special numerical techniques for sharpening the interface between phases.
used heat pipes to concentrate heat flux to a compact heat sink where a fan could convect heat from the prosthesis to the surroundings [17].
The work suggested iron could be even more conductive as temperature climbs, and therefore less likely to convect, than previously thought.
With no wind to convect body heat, and with the temperature gradient radiating heat to us, losing heat through sweat evaporation was our only option.
The upper end of the heater was adiabatic, while the bottom end could convect with the borehole fluid.