Примеры использования Young's modulus на Английском языке и их переводы на Русский язык
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Young's modulus(modulus  of elasticity);
Measurement of the modulus  of elasticity(Young's modulus) of rubber.
Young's modulus decrease is observed for polycrystalline copper with the grain size less than 10 nm.
Higher tensile strength and young's modulus than E-glass fibres.
The modulus of one-dimensional waves(within a thin rod) is Young's  modulus\E\.
Measurement on Young's Modulus  and Shear Modulus of Elasticity, and Poisson's ratio, in nondispersive isotropic engineering materials.
Stiffness of the disk layer and the tube using Young's  Modulus and the thickness.
In these cases, ASTM Standard E111 provides for alternative methods for determining the modulus  of a material,as well as Young's Modulus.
Change of diameters of(D), thicknesses of walls(δ) and Young's modulus(Е1) along a stalk is represented on Fig.
In addition, a Young's modulus depending on plastic strain is introduced in the model to describe stress-strain response more accurately after stress reversal.
It is the constant that relates modulus  of rigidity to Young's modulus in the equation.
For examples, polymers' torsional modulus  and Young's modulus may be determined by vibrating the polymers and measuring their frequency of vibration under certain external forces.
The rate of shear wave propagation is determined by G shear modulus which is directly proportional to Young's modulus  E.
Keywords: shear wave shear elastography; ARFI-elastography;elastometry; Young's modulus; shear wave velocity; Aixplorer; Acuson S2000; LOGIQ E9; Verasonics.
The tensile properties include tensile strength, yield strength, yield strain,strain at break, and in some cases Young's  Modulus.
The recalculation factor for the Young's modulus values is a linear function, whereas the recalculation for both the Young's modulus E and the shear wave velocity V is quadratic.
Determination of stiffness of the spherical inclusion using the shear wave velocity with the Acuson S2000 scanner(a) and using the Young's modulus with the Aixplorer scanner b.
Specific modulus": Young's modulus in pascals, equivalent to N/m2 divided by specific weight in N/m3; measured at a temperature of 296± 2K and a relative humidity of 50± 5 per cent.
Graphically, formulas(5) and(7)for the shear wave velocity V(of the Acuson S2000 scanner) conversion into the Young's modulus E(of the Aixplorer and LOGIQ E9 scanners) are shown in Figure 6.
The conversion formulas for the Aixplorer-LOGIQ E9 pair have a slightly different numerical expression since both scanners first display the readings in kilopascals of the Young's modulus.
In Item 6.C.1."specific modulus" is the Young's modulus in N/m2 divided by the specific weight in N/m3, measured at a temperature of(296+- 2)K((23+- 2)°C) and a relative humidity of 50+- 5.
For linear sensors of the Acuson S2000 and Aixplorer scanners,the recalculation of the shear wave velocity V and the Young's modulus E, based on the quadratic relation of these parameters, is expressed by the following equations.
For a more complete modeling of the implantation process a simulation of balloon dilatation of the calcified leaflet apparatus- valvuloplasty- was preliminary performed using an additional balloon, representing a surface with the following properties:wall thickness of 0.15 mm, Young's modulus of 290 MPa, Poisson coefficient ν =0.3.
If, however, the shear wave velocity(obtained with the Acuson S2000 scanner)is first converted into the Young's modulus by formula(1), then it can be converted to the Young's moduli  using the formulas presented in Table 4.
Although tungsten does not have as high a thermal conductivity and as low a Young's modulus as carbon-carbon composite materials, which are foreseen for the sections of the diverter with the highest heat flux, many experts believe that, in the long run, reasonable lifetimes will only be achieved by tungsten diverter plates, which have the lowest erosion rates of all materials in sections of the diverter with relatively low plasma temperature but high particle density.
In 2008-2009 year dokupleny accessories, that allow you to perform a test on the gap of round and flat samples,define young's modulus and Poisson's ratio, materials testing compression and resistance, make loading, unloading and loading samples.
Although tungsten does not have as high a thermal conductivity and as low a Young's modulus as carbon-carbon composite materials, which are foreseen for the sections of the diverter with the highest heat flux, many experts believe that, in the long run, reasonable lifetimes will only be achieved by tungsten diverter plates, which have the lowest erosion rates of all materials in sections of the diverter with relatively low plasma temperature but high particle density.
In some instruments(e.g., Siemens), the result is presented as the shear wave velocity expressed in meters per second(m/s), while in others(Aixplorer)it is recalculated into the Young's modulus E- the conventional physical index characterizing the stiffness(elasticity) of the media and measured in kilopascals kPa.
Lengths(ℓ) of internodes, yield strength(σтек)of epidermis(external shell of stalk), Young's modulus(Е1), diameter(D), thicknesses(δ) of walls in the middle of each of five internodes in the« augmented» model of stalk of wheat, Fig.12., coincide of with lengths(ℓ) of internodes, with yield strength(σтек), with Young's  modulus(Е1), with diameters(D) and with walls thickness(δ), characterizing the middle of every from five internodes the model of wheat of“Shannong 129”.