The Influence of Fibers on the Flexural and Tensile Properties of Asphalt Mastic Based on Finite Element Simulation. [PDF]
Materials (Basel)Li Z, Zhao K, Chai Y, Li J, Yang S.
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Research on the Microstructure and Performance Regulation of SLM 304 Steel Under Intermittent Deformation. [PDF]
Materials (Basel)Tao H +7 more
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Solution-Tunable Interfacial Interaction Landscape Governs Anomalous Nanoparticle Diffusion in Liquid-Phase Electron Microscopy. [PDF]
ACS NanoPanicker I +3 more
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stress generation modulus as a counterpart of the stress relaxation modulus
, 1995 In order to measure the time dependence of the stress relaxation modulus, E, a stress-strain deformation has to precede which induces a stress within the viscoelastic sample from which the sample relaxes. The generation of stress is characterized by a strain rate-dependent and relaxation rate-dependent portion which exhibits a maximum value, E_max ...
Brückner, Rolf +3 more
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The dielectric modulus: relaxation versus retardation
Solid State Ionics, 1998Abstract Experiments which access the quantity e*(ω) are usually termed dielectric relaxation methods, although e*(ω) and e(t) actually refer to dielectric retardation. The true dielectric relaxation, the modulus M(t), corresponds to the decay of the electric field under the conditions of a constant dielectric displacement.
Ranko Richert
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Determination of the relaxation modulus of a linearly viscoelastic material
Mechanics of Time-Dependent Materials, 2006In this paper, a numerical method for computing the relaxation modulus of a linearly viscoelastic material is presented. The method is valid for relaxation tests where a constant strain rate is followed by a constant strain. The method is similar to the procedure suggested by Zapas and Phillips.
Joonas Sorvari
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Exact computation of creep compliance and relaxation modulus from complex modulus measurement data
Mechanics of Materials, 2008Abstract It is well-known that for a linear viscoelastic material, there is a relationship between the complex modulus, the creep function and the relaxation modulus. It should be sufficient to collect one of these functions by a measurement to obtain the two other functions. However, this process seems to be rarely used.
J.-M. Parot, B. Duperray
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Stress Relaxation Modulus of a Commercial Glass
Journal of the American Ceramic Society, 1973The stress relaxation modulus in compression of a container glass was investigated over a wide range of strain, time, modulus, and temperature. The glass is a linear viscoelastic liquid up to 2% strain, and the modulus is a smooth function of time, with no pseudorubbery plateau apparent down to a modulus of 10° dynes/cm
J. J. MILLS, J. L. SIEVERT
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In this work, a methodology is developed for obtaining the Young's relaxation modulus and shear relaxation modulus simultaneously by using a single dynamic mechanical analysis (DMA) experiment. The bulk modulus is assumed as a constant and calculated by Poisson's ratio.
Dao-Long Chen +5 more
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MODULUS AND RELAXATION OF ELASTOMERS IN TORSION AT LOW TEMPERATURES
Industrial & Engineering Chemistry, 1952Abstract Second-order transition temperatures, Ts, indicated by volume or specific heat data, have been reported for many high polymer elastomers. Studies of the modulus-temperature relationship in the vicinity of Ts have revealed that the modulus below Ts is always enormously higher than above Ts. In the transition region, roughly from Ts+10°C
Melvin Mooney, W. E. Wolstenholme
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