초록 ▼

A high density heat exchanging system is provided for a vehicle. The system essentially comprises an aerodynamic member, a porous device (including a radiator core), and a force augmentation device. The aerodynamic member is arranged and configured on the vehicle to produce forces and loads on the v

A high density heat exchanging system is provided for a vehicle. The system essentially comprises an aerodynamic member, a porous device (including a radiator core), and a force augmentation device. The aerodynamic member is arranged and configured on the vehicle to produce forces and loads on the vehicle generally desirable for improving traction and handling. The porous device with radiator core, including an inlet and an outlet, is embedded in the aerodynamic member. The inlet of the porous device and radiator core is disposed on a high pressure surface of the aerodynamic member and the outlet is disposed on a low pressure surface of the aerodynamic member, thereby allowing fluid to flow through the porous device and the radiator core. The force augmentation device is disposed on the aerodynamic member. A fluid flow passes from the high pressure surface of the aerodynamic member to the low pressure surface of the aerodynamic member through the porous device, passing the radiator core, thereby providing heat exchange.

대표청구항 ▼

[ What is claimed is:] [1.] A high density heat exchanging system for a vehicle comprising:an aerodynamic force-generating member mounted to the vehicle, said aerodynamic force-generating member having a high pressure surface and a low pressure surface, and a leading edge and a trailing edge, said l

[ What is claimed is:] [1.] A high density heat exchanging system for a vehicle comprising:an aerodynamic force-generating member mounted to the vehicle, said aerodynamic force-generating member having a high pressure surface and a low pressure surface, and a leading edge and a trailing edge, said leading edge and said trailing edge defining a length therebetween. wherein said force-generating member is capable of generating an intended aerodynamic force on the vehicle; anda porous device, said porous device disposed intermediate said length of said aerodynamic force-generating member, said porous device having an inlet arranged and configured to receive fluid flow, and said porous device having an outlet arranged and configured to expel fluid flow;wherein said aerodynamic force-generating member and said porous device are arranged such that a fluid flow passes through said aerodynamic force-generating member from said high pressure surface of said aerodynamic force-generating member to said low pressure surface of said aerodynamic force-generating member through said porous device.