Honeycomb Radiator Cold Extrusion Forming Research

Sheng Guan Qu; Li Kui Liu; Wen Long Li; Guang Hong Wang; Xiaoqiang Li

doi:10.4028/www.scientific.net/AMR.753-755.149

Paper Titles

Study of Drilling Fluid System of Resisting the High Temperature of 220 Degrees
p.130

Size Effect in Sintering of Micro Metal Injection Molded Part
p.137

Fabrication of Micro Patterned Substrate by Powder Injection Molding
p.141

Creep Age Formability of Friction Stir Welded 2A12 Aluminum Alloy Structures
p.145

Honeycomb Radiator Cold Extrusion Forming Research
p.149

Manufacture and Properties of P/M Bearing Caps
p.155

Design of Virtual Prototype for Cold Roll Forming Machine of Side Panel of Engineering Vehicles and Numerical Simulation of the Forming Process
p.159

Study on the Prediction of Rolling Force of 16MnR Hot Rolled Plate
p.163

Mixing Behavior and Flowing Property in Micro-Powder Injection Molding of Carbonyl Steel Feedstock
p.167

HomeAdvanced Materials ResearchAdvanced Materials Research Vols. 753-755Honeycomb Radiator Cold Extrusion Forming Research

Honeycomb Radiator Cold Extrusion Forming Research

Abstract:

Radiators plays a crucial role in thermal performance of LED Lamp, and the latest development of LED honeycomb radiator forming process has been discussed. Moreover, stress-strain state in the dies and blank flow condition with different die structures have been studied by DEFORM. Accordingly the feasibility of the optimization design also has been demonstrated. The results show that the substance flowing has a serious affect on the force to the die. And with an appropriate die structure, the uniformity of forming can be greatly improved and the force to the die can be reduced.