Bulk modulus and compressibility are the inverses of each other. Bulk modulus is described as the reciprocal of compressibility. A material that is easily compressed has high compressibility but a low bulk modulus. On the other hand, a material that is difficult to compress has a large bulk mod...
Bulk modulus is one of the most important properties in all of materials science. It’s defined as the ratio of stress to strain within a material and can be used to calculate things like how much stress it takes to fracture the material or how much strain it will undergo when you apply...
Noun1.bulk modulus- the ratio of the change in pressure acting on a volume to the fractional change in volume coefficient of elasticity,elastic modulus,modulus of elasticity- (physics) the ratio of the applied stress to the change in shape of an elastic body ...
Bulk Modulus Formula Definition The bulk modulus property of the material is related to its behavior of elasticity. It is one of the measures of mechanical properties of solids. Other suchelastic moduliiare Young’s modulus and Shear modulus. In all cases, the bulk elastic properties of a mate...
1.Another basic quantity is the bulk modulus K.另一个基本的量是体积模量K。 2.Prediction model of bulk modulus reduction for porous asphalt pavement多孔沥青路面体积模量衰变的预测模型 3.Predic on Bulk Modulus and Transverse Shear Modulus of Multiphase Fiber Composites;混杂纤维复合材料横向剪切模量和体...
Assuming Gassmann's equation is valid, bulk modulus of fluid mixture can be calculated as: (4.6)Kf=∑i=1nSiKi−1 where Si is saturation and bulk modulus of individual phases. In general, gas, oil, and water will exist in the pore spaces with saturations, say SG, SO, and SW, ...
Abid, H. Aourag, Empirical formula relating the bulk modulus to the lattice constant in tetrahedral semiconductors, Materials Chemistry and Physics 87 (2004) 14-17Empirical formula relating the bulk modulus to the lattice constant in tetrahedral semiconductors[J] . Y. Al-Douri,H. Abid,H. A...
a theoretical model of dynamic bulk modulus for an aerated hydraulic fluid is derived. The effects of system pressure, air fraction, and temperature on bulk modulus are investigated using the controlled variable method. The results show that the dynamic bulk modulus of the aerated hydraulic fluid ...
Bulk modulus is nothing but the ratio of volumetric strain to the volumetric strain. The bulk modulus formula is given as follows: \[K = - V \frac{\mathrm{dp} }{\mathrm{d} v}\] Where K is the bulk modulus. V is the initial volume of the substance. ...
It is known that the bulk modulus originates from the resistance of chemical bonds to compression. The parameters of chemical bonds are implicitly included in this analytic formula, since it has been demonstrated that the proposed atomic stiffness of each atom (Si) is related to the coordination...