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Thermoelastoplastic Stress-Strain State of Rectangular Plates
International Applied Mechanics, 2005The authors propose a method of solving thermoelastoplasticity problems for rectangular plates of variable thickness under arbitrary boundary conditions on their edges. The method employs the rectilinear element hypothesis with the use of correlations of simple loading processes.
Shevchenko, Yu. N., Prokhorenko, I. V.
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Stress-strain state of slotted grips
Russian Engineering Research, 2013The stress-strain state of the slotted grips of broad-range centering clamp mechanisms is theoretically and experimentally investigated.
D. S. Blinov, A. A. Shatilov
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Stress-strain state of modern tires
Mechanics of Composite Materials, 1984Rather reliable computational methods, based on equations of the moment-free theory of shells, have been developed for the earlier diagonal type of automobile tires. Biderman et al. [i] discuss these methods in detail~ Conversion from diagonal to radial tires required the use of more precisely defined models, since it was no longer possible to neglect ...
�. I. Grigolyuk +3 more
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Express diagnostics of stress‐strain states of materials
Materialwissenschaft und Werkstofftechnik, 2022AbstractThe presented paper deals with the development of a new method for determining static and dynamic values of mechanical equivalents from ultrasonic wave measurements. The aim of the new method of determination of mechanical equivalents of materials based on ultrasonic wave measurements is the development of a new algorithm for implementation in ...
M. Harničárová +5 more
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Stress–Strain State of Hydraulic Drives
Russian Engineering Research, 2020The stress–strain state of hydraulic drives is simulated. As an example, the pumping unit of the NP-112 hydraulic pump is considered.
P. A. Ionov +2 more
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2019
By definition, geomechanics is a theoretical and applied science of the mechanical properties of rocks and mechanical processes, which studies the stress-strain fields that occur in a specific physical environment (Baklashov and Kartozia 1975).
Vladimir Karev +2 more
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By definition, geomechanics is a theoretical and applied science of the mechanical properties of rocks and mechanical processes, which studies the stress-strain fields that occur in a specific physical environment (Baklashov and Kartozia 1975).
Vladimir Karev +2 more
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Stress-strain state of karst areas
Journal of Mining Science, 2009Numerical modeling data on evolution of the stress-strain state of a rock mass containing a karst cavity are reported.
A. A. Baryakh +4 more
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States of Strain and Stress-Strain Relations
2020The six components ex, ey, ez, γxy, γxz, and γyz of the state of strain at a point in terms of a given cartesian coordinate system were defined in Chapter 2. The definition of plane strain and the derivation of relations for the strain components ex′, ey′ and γx′y′ as functions of θ are presented which are entirely analogous to the corresponding ...
Anthony Bedford, Kenneth M. Liechti
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The stress-strain state of anisotropic rock
Journal of Mathematical Sciences, 1998zbMATH Open Web Interface contents unavailable due to conflicting licenses.
Levshin, A. A., Manuilenko, R. I.
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Stress–Strain State of Coiled Steel
Steel in Translation, 2017In a new mathematical model of the stress–strain state of steel strip in the course of cooling, the nonplanarity, surface roughness, and transverse thickness variation (convexity of the cross section) are taken into account. The stress–strain state of a coil of thin steel sheet has a significant influence on factors such as the temperature distribution
S. M. Belskii, I. I. Shopin
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