Numerical simulation on compressive yielding behavior of closed-cell metal foam with low density

Fluid flow and heat transfer characteristics in ultra-light porous metal foam

, corrugated plate, honeycomb plate and kagome plate, each of which is filled with metal foam or ceramic.

The experiment on single-phase convection in circular pipe with metal foams was studied using the superheated steam of R134a.

A double distribution thermal lattice boltzmann model presented in this paper is to simulate natural convection with metal foams of different porosity,hole density and Rayleigh number.

A description is given of the “casting and foaming” method for the fabrication of these metallic foams,and a detailed account of their mechanical and damping properties.

Hollow sphere metallic foams which have mixed open and closed cell characters are a kind of high performance metallic foams with controllable structure and reliable properties and have great potential in automotive and aerospace applications.

Brief review of studies on the mechanical behavior of metallic foams;

Current density control for preparation of metal foam by electrodeposition;

Analysis of porous open-cell metal foams under uniaxial and biaxial loadings;

The Mechanical Property and Progress of metal foams;

Research progress of open cell metal foams used in compact heat exchanger;

The thermal conductivity of a new type of phase change material storage with high porosity metal foams is higher than the thermal conductivity of the phase change material itself, and the composite performs much better on heat transfer.

Based on the relationship between biaxial nominal loading strength and porosity of three-dimensional reticulated metal foams, the biaxial equal-stress tensile loading situation is analyzed for these materials, and the mechanical behavior is investigated for metal foams failing under this situation.