Porosity dependence of elastic modulus of porous Cr3C2 ceramics

Elastic and thermodynamic properties of Mo2C polymorphs from first principles calculations

“…As displayed in The hardness of material influences its application largely, especially as abrasive phase [26]. It is also concerned with other mechanical properties such as bending strength, compressibility, toughness and wear resistance [27,28]. The Vickers hardness of these compounds can be evaluated within the following forms [29]:…”

Electrical conductivity and wear behavior of bi-continuous Cr3C2–Cu composites

“…Composite A, B and C were prepared by metal infiltration process using porous chromium carbides as preforms: the final characteristics of these composites (including the volume fraction, phase distribution and average grain size), were therefore greatly determined by the micro-structures of carbide preforms. Image analysis was used to calculate the volume fraction of Cr 3 C 2 in the composites, which increased from 36 vol% to 43 vol% from samples A to C, in agreement with our previous findings [12,13]. Sample D is a Cr 3 C 2 -Cu MMC formed using a powder metallurgy process.…”

“…Bi-continuous Cr 3 C 2 -Cu composites were prepared using a metal infiltration process, as described in our previous work [12,13]. This method, which uses porous chromium carbides as ceramic preforms, is summarized here.…”

A new approach to the structure–properties relationship evaluation for porous polymer composites

“…wood, concrete, mineral castings). Recently, many researchers have attempted to examine the effect of porosity on material behavior, especially for one-component materials such as ceramics [1][2][3][4][5][6][7][8][9][10][11], natural materials [12], sintered metals [1,9,[13][14][15] and polymers [1,16]. The main effort has been developed in the field of mechanical properties mostly represented by elastic modulus and strength.…”

“…The main effort has been developed in the field of mechanical properties mostly represented by elastic modulus and strength. A lot of published relationships between porosity and mechanical properties have been proposed for one-component materials in the form of linear [1-3, 6-8, 12, 15], exponential [1,2,7,8,10], power [1, 2, 5, 7-9, 11, 13, 14, 16-18] and logarithmic functions [15]. The effect of porosity in one-component polymeric materials is well examined issue.…”