Study on Contact Strengths of Thick-Walled Cellular Solids with Irregular Pores Structures

Fang Xie; Zuo Min Liu

doi:10.4028/www.scientific.net/AMR.629.617

Paper Titles

An Improved K-ω Model for High Speed Flows
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Calculation Model for Wellbore Pressure and Temperature in Heavy Oil Wells Considering of Non-Equilibrium Phenomenon
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Implementing of Displacement Boundary Conditions of Element-Free Galerkin Method and its Applications Used in Fracture Mechanics
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A New Slip Boundary Model of Liquid Flows
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Study on Contact Strengths of Thick-Walled Cellular Solids with Irregular Pores Structures
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Some Aspects over Thixotropic Fluid Behavior
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Tilted Bulk Disordered Distribution Cosmological Model
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Asymptotic Analysis of Second-Order Boundary Layer Correctors for Composite Plate with 3-D Small Periodic Configuration
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Improved MoM-PO-Based Technique for Wideband Analysis of Antennas around Large Platforms
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HomeAdvanced Materials ResearchAdvanced Materials Research Vol. 629Study on Contact Strengths of Thick-Walled...

Study on Contact Strengths of Thick-Walled Cellular Solids with Irregular Pores Structures

Abstract:

For improving contact strength of the thick-walled cellular solid with irregular pores structures, which is used in high temperature self-compensating lubricating environment, a concept of relative porosity ratio αi was proposed to describe the proportion of the porosity φi of the each shape pores in the materials to the total porosity φ of the materials. The results show that the characteristic value of αi, the distribute radius and regularity as well as the orientation of pores affected the contact strength strongly. The cracks phenomenon of the materials was also observed by experiments.

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Periodical:

Advanced Materials Research (Volume 629)

Pages:

617-622

DOI:

https://doi.org/10.4028/www.scientific.net/AMR.629.617

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Online since:

December 2012

Authors:

Fang Xie, Zuo Min Liu

Keywords:

Contact Strength, Irregular Pores Structure, Thick-Walled Cellular Solids

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