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2016
The isotropic elastic properties of a hyperelastic material model are described in terms of a strain-energy (stored-energy) function, typically as a function of the three invariants of each of the two Cauchy-Green deformation tensors, given in terms of the principal extension ratios, or stretches. A number of different strain-energy formulations exist,
R. M. Hackett
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The isotropic elastic properties of a hyperelastic material model are described in terms of a strain-energy (stored-energy) function, typically as a function of the three invariants of each of the two Cauchy-Green deformation tensors, given in terms of the principal extension ratios, or stretches. A number of different strain-energy formulations exist,
R. M. Hackett
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The relationship between strain energy, rock damage, fragmentation, and throw in rock blasting
Rock Fragmentation by Blasting, 2020Design of cast blasting rounds and optimization of the blasting process has taken on a new and much greater importance with the emergence of overburden casting operations involving thousands of tons of explosives in each blast.
P. Persson
semanticscholar +1 more source
Modal Strain Energy-based Structural Damage Identification: A Review and Comparative Study
Structural Engineering International, 2018Thanks to its sensitive characteristics to damages, modal strain energy (MSE) has been widely utilized for structural damage identification. Various MSE-related techniques on structural damage identification are surveyed and classified as damage index ...
Shuqing Wang, Mingqiang Xu
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Strain energy-based multiaxial fatigue life prediction under normal/shear stress interaction
International journal of damage mechanics, 2018Through characterizing the interaction of normal/shear stress–strain behavior on material planes of TC4 alloys, a new strain energy critical plane model describing mean stress effects is proposed for life prediction under tension–compression, pure ...
Shun‐Peng Zhu +3 more
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The Journal of Chemical Thermodynamics, 2003
Abstract The strain energy of phenanthrene was derived to be (4.9 ± 2.8) kJ · mol −1 , on the basis of the latest standard enthalpies of formation of polycyclic aromatic hydrocarbons. This strain energy agrees well with those estimated from a semi-empirical calculation and from the basicity in hydrogen fluoride solution.
Yatsuhisa Nagano, Motohiro Nakano
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Abstract The strain energy of phenanthrene was derived to be (4.9 ± 2.8) kJ · mol −1 , on the basis of the latest standard enthalpies of formation of polycyclic aromatic hydrocarbons. This strain energy agrees well with those estimated from a semi-empirical calculation and from the basicity in hydrogen fluoride solution.
Yatsuhisa Nagano, Motohiro Nakano
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A New Rock Brittleness Index Based on the Peak Elastic Strain Energy Consumption Ratio
Rock Mechanics and Rock Engineering, 2022F. Gong, Yunliang Wang
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Deformational strain energy and erythrocyte shape
Journal of Biomechanics, 1986Analyses of erythrocyte deformation commonly assume the discocytic shape to be unstressed and hence to be without strain energy. This assumption is based on micropipet experiments and a theoretical disparity between observed and requisite curvature rigidity.
D E, McMillan +2 more
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Strain Energy and Virtual Work
1991Calculation of the deflection of the joints of statically determinate pin-jointed frames using the methods of virtual work and strain energy • Strain energy methods for the solution of problems involving springs.
R. Hulse, J. A. Cain
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