Fabrication of Long Scale Aluminum Foam by Transfer Heat Foaming of Precursor

Eiji Mizutani; Makoto Kobashi; Naoyuki Kanetake

doi:10.4028/www.scientific.net/AMR.26-28.909

Paper Titles

Electronic Transport Properties of Tin-Filled Cobalt Antimonides
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Application of Porous Concrete to a Structural Foundation in Soft Ground
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Nb-NbN Cermet Film as Solar Selective Coating
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Fabrication of Magnesium Foam by Precursor Method Using Machined Chips
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Fabrication of Long Scale Aluminum Foam by Transfer Heat Foaming of Precursor
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Optimization of Heat Treatment Parameters of Mo-Free High-Cr Cast Iron Mill Balls
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Combustion Synthesis in Mn-Si-C-N Using Mn as a Surrogate for Am
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Fabrication of Monolithic UAl₂ Pellet for High-Density Nuclear Fuel
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Microstructural Evolution in Cerium Dioxide Irradiated with Heavy Ions at High Temperature
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Fabrication of Long Scale Aluminum Foam by Transfer Heat Foaming of Precursor

Abstract:

In this paper, a new attempt of transfer heat foaming was examined on the precursor method to fabricate long scale aluminum foams. In this new method, the induction coil heater was moved along the longitudinal direction of a rod precursor to foam a part of the precursor continuously. Long scale aluminum precursor was successfully foamed by the transfer heat foaming in which heating coil was moved along the precursor to control the temperature of heated part constantly.