Science · 1970 · 120 citations · 2 references
EngineeringVeterinary PhysiologyAerodynamicsHeat TransferTransport PhenomenaAir CirculationGas ExchangeHeat ExchangeHeat FlowHeat Transfer In FluidsRespiratory PhysiologyAirflow PathwaysDiffusion Across Respiratory SurfacesFlow-volume RelationshipsNasal Airflow DynamicsPanting ResponseRespiratory Heat ExchangeUnidirectional Flow Analysis
In dogs which are panting due to a heat load, most of the respired air enters through the nose and leaves through the mouth. Different patterns of flow are, however, possible. The unidirectional flow over the evaporative (nasal) surfaces is an important mechanism for regulating the amount of heat dissipated in panting.
2
Mechanical aspects of panting in dogs
Eugene C. Crawford · Journal of Applied Physiology · 1962 · 103 citations