Search Results - "Surana, K. S."

Deviatoric stress waves due to rheology in incompressible thermoviscoelastic solid medium with small strain, small deformation physics by Surana, K. S., Abboud, E.

“…This paper demonstrates existence of deviatoric stress waves in thermoviscoelastic (TVE) solid continua due to rheology in addition to the presence of usual…”
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Thermodynamic consistency of nonclassical continuum theories for solid continua incorporating rotations by Surana, K. S., Mathi, S. S. C.

“…In this paper, we present derivations of three micropolar nonclassical continuum theories in which a material point always has displacements u as degrees of…”
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Dynamic behavior of thermoelastic solid continua using mathematical model derived based on non-classical continuum mechanics with internal rotations by Surana, K. S., Carranza, C. H.

“…This paper considers dynamic behavior of non-classical thermoelastic solid continua. The mathematical model consists of the conservation and balance laws of…”
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Least-squares finite element processes in h, p, k mathematical and computational framework for a non-linear conservation law by Surana, K. S., Allu, S., Reddy, J. N., Tenpas, P. W.

“…This paper considers numerical simulation of time‐dependent non‐linear partial differential equation resulting from a single non‐linear conservation law in h,…”
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A thermodynamically consistent formulation for bending of thermoviscoelastic beams for small deformation, small strain based on classical continuum mechanics by Surana, K. S., Mysore, D., Carranza, C. H.

“…The work presented in this paper extends the kinematic assumption free and thermodynamically consistent formulation for bending of thermoelastic beams…”
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Existence of rotational waves in non-classical thermoelastic solid continua incorporating internal rotations by Surana, K. S., Kendall, J. K.

“…In this work, we demonstrate the existence of rotational waves in deforming thermoelastic non-classical solid continua in which the conservation and balance…”
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k-Version of finite element method in 2D-polymer flows: Upper convected Maxwell model by Surana, K.S., Bhola, S., Reddy, J.N., TenPas, P.W.

“…In this paper, a new mathematical framework based on h, p, k and variational consistency (VC) of the integral forms is utilized to develop a finite element…”
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Necessity of law of balance of moment of moments in non-classical continuum theories for solid continua by Surana, K. S., Shanbhag, R., Reddy, J. N.

“…In the non-classical continuum theories for solid continua the presence of internal rotations and their gradients arising due to Jacobian of deformation and/or…”
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Necessity of law of balance/equilibrium of moment of moments in non-classical continuum theories for fluent continua by Surana, K. S., Long, S. W., Reddy, J. N.

“…In the non-classical theories for fluent continua, the presence of internal rotation rates and their gradients arising due to the velocity gradient tensor…”
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Thermodynamic consistency of beam theories in the context of classical and non-classical continuum mechanics and a thermodynamically consistent new formulation by Surana, K. S., Mysore, D., Reddy, J. N.

“…In order to enhance currently used beam theories in R 2 and R 3 to include mechanisms of dissipation and memory, it is necessary to establish if the…”
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Riemann shock tube: 1D normal shocks in air, simulations and experiments by Surana, K.S., Reddy, K.P.J., Joy, A.D., Reddy, J.N.

“…This paper presents numerical simulation of the evolution of one-dimensional normal shocks, their propagation, reflection and interaction in air using a single…”
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Ordered rate constitutive theories for non-classical thermoviscoelastic solids with memory incorporating internal and Cosserat rotations by Surana, K. S., Joy, A. D., Reddy, J. N.

“…This paper considers conservation and balance laws for non-classical solid continua in the presence of internal rotations ( i Θ ) due to the Jacobian of…”
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Ordered rate constitutive theories for thermoviscoelastic solids without memory incorporating internal and Cosserat rotations by Surana, K. S., Joy, A. D., Reddy, J. N.

“…The work in this paper is based on a non-classical continuum theory in the Lagrangian description for thermoviscoelastic solids without memory in which the…”
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A finite deformation, finite strain nonclassical internal polar continuum theory for solids by Surana, K. S., Joy, A. D., Reddy, J. N.

“…A nonclassical internal polar continuum theory for finite deformation and finite strain for isotropic, homogeneous compressible and incompressible solids is…”
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Non-classical continuum theory for solids incorporating internal rotations and rotations of Cosserat theories by Surana, K. S., Joy, A. D., Reddy, J. N.

“…This paper presents a non-classical continuum theory in Lagrangian description for solids in which the conservation and the balance laws are derived by…”
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A thermodynamically consistent non-linear mathematical model for thermoviscoelastic plates/shells with finite deformation and finite strain based on classical continuum mechanics by Surana, K.S., Mathi, S.S.C.

“…This paper presents a kinematic assumption free and thermodynamically consistent non-linear formulation incorporating finite strain and finite deformation for…”
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k-Version of finite element method in 2-D polymer flows: Oldroyd-B constitutive model by Surana, K. S., Mohammed, A., Reddy, J. N., TenPas, P. W.

“…In this paper, a new mathematical framework based on h, p, k and variational consistency (VC) of the integral forms is utilized to develop a finite element…”
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Non-classical continuum theory for fluids incorporating internal and Cosserat rotation rates by Surana, K. S., Joy, A. D., Reddy, J. N.

“…This paper presents a non-classical continuum theory for fluent continua in which the conservation and balance laws are derived by incorporating both internal…”
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Mathematical models for fluid–solid interaction and their numerical solutions by Surana, K.S., Blackwell, B., Powell, M., Reddy, J.N.

“…This paper considers various approaches used currently for the fluid–solid interaction problem and associated computational methodologies. The validity of the…”
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Alternate forms of thermodynamic laws for thermoelastic solids and the constitutive theories by Surana, K. S., Nunez, D., Joy, A. D., Reddy, J. N.

“…For thermoelastic solids, rate of mechanical work equilibrates with the rate of kinetic energy and rate of strain energy. In this article, this aspect of the…”
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