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Page 988 of Mathematical Reviews Vol. , Issue 84c
[page]

1984
*
Mathematical Reviews
*

Morozan,

*Stabilization**of*some stochastic discrete-time control*systems*(pp. 509-514); Gh. Moroganu, On*a*class*of*nonlinear differential*hyperbolic**systems*(pp. 515-518); J. ... Semerdzhieva-Misheva,*A**hyperbolic*equation with*degeneration**of*order (Russian) (pp. 659-662); K. S. Sibirskii, Semidynamical*systems*(Russian) (pp. 663-672); N.*A*. Sidorov and O.*A*. ...##
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Exponential Stability and Transfer Functions of Processes Governed by Symmetric Hyperbolic Systems

2002
*
E S A I M: Control, Optimisation and Calculus of Variations
*

Using the theory

doi:10.1051/cocv:2002062
fatcat:6uw42kxkgbgxpnlpvzr2ruiiva
*of*symmetric*hyperbolic**systems*, we prove exponential*stability**of*the underlying semigroup for the*heat**exchanger*network. ... In this paper we study the frequency and time domain behaviour*of**a**heat**exchanger*network*system*. The*system*is governed by*hyperbolic*partial differential equations. ... In this paper we study frequency and time domain behaviour*of**a*class*of**hyperbolic**systems*represented by*a*countercurrent*heat**exchanger*network. ...##
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Page 13 of Mathematical Reviews Vol. , Issue 87a
[page]

1987
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Mathematical Reviews
*

Pogorelov, Methods for numerical

*stabilization**of*parametric identification*of*nonstationary kinetic*models*(pp. 206-212);*A*. G. Sveshnikov and*A*. V. ... Alifanov, Ill-posed problems in the identification and diagnosis*of**heat**exchange*processes (pp. 167-172); S. M. Belot- serkovskii and I. K. ...##
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Page 6841 of Mathematical Reviews Vol. , Issue 90M
[page]

1990
*
Mathematical Reviews
*

Turmukhambetov,

*A*mathematical*model**of**heat*and mass*exchange*in*a*converter (pp. 60-65); Zh. E. ... Koilyshov, The*heat*equation with*a*dis- continuous coefficient in*a*domain that is*degenerate*at the initial moment*of*time (pp. 95-101); Ya.*A*. Krasnov and R. N. ...##
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Page 3371 of Mathematical Reviews Vol. , Issue 84h
[page]

1984
*
Mathematical Reviews
*

Nemat-Nasser is worthy

*of*note. This paper closely examines the role*of*thermally induced secondary cracks as*heat**exchangers*. ... Thomason for*a*plastic zone at the tip*of**a*crack in*a*thin sheet and it is shown that the crack-tip plastic field can be either completely*hyperbolic*or*hyperbolic*-parabolic in nature. J. D. ...##
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Page 1616 of Mathematical Reviews Vol. , Issue 93c
[page]

1993
*
Mathematical Reviews
*

From the text: “We present

*a**stability**analysis**of**a*multitime 73 MECHANICS*OF*SOLIDS 1616 step integration algorithm for*hyperbolic*equations. ... We re- duce the problem to*a*nonlinear coupled*system**of*equations*of*thermoelasticity and*heat*conduction*of**a*shell with*a*constraint in the form*of*inequalities. ...##
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Page 2631 of Mathematical Reviews Vol. , Issue 86f
[page]

1986
*
Mathematical Reviews
*

Chernogorova, Mathe- matical

*modeling**of*processes*of**heat**exchange*and crystallization*of*ingots (Russian) (pp. 73-90); John Killeen, Numerical solution*of*initial value problems in plasma physics (pp ... Danilov,*A*two-step scheme for solving*a**system**of*ordinary differential equations with*degenerate*matrix in front*of*the derivatives (pp. 84-93); Z. P. ...##
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Page 330 of Mathematical Reviews Vol. , Issue 2001A
[page]

2001
*
Mathematical Reviews
*

Worth,

*A*. Spence and S. T. Kolaczkowski,*A*second kind Fredholm integral equation arising in radiative*heat**exchange*(307-326). ... Aviles- Ramos, Volterra equation in*heat*conduction (221-234); Yoshi- hiro Hamaya, Global attractivity in*a*nonlinear difference*model*(235-239). ...##
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Nonlinear dynamics of hydrostatic internal gravity waves

2008
*
Theoretical and Computational Fluid Dynamics
*

Moreover, the 2MSWE have several interesting mathematical properties: they are

doi:10.1007/s00162-008-0080-7
fatcat:6677sfhsozclda5z2xtbauwkqy
*a**system**of*nonconservative PDE with*a*conserved energy, they are conditionally*hyperbolic*, and they are neither 2 Samuel ... Stechmann et al. genuinely nonlinear nor linearly*degenerate*over all*of*state space. ... This is*a*typical*heating*rate for the deep convective region*of**a*squall line or mesoscale convective*system*[9, 53] . ...##
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New Chaotic Dynamical System with a Conic-Shaped Equilibrium Located on the Plane Structure

2017
*
Applied Sciences
*

Abstract: This paper presents

doi:10.3390/app7100976
fatcat:ofsaze5smzh63itwpiyk2vlmei
*a*new autonomous deterministic dynamical*system*with equilibrium*degenerated*into*a*plane-oriented*hyperbolic*geometrical structure. ... It is demonstrated via numerical*analysis*and laboratory experiments that the discovered*system*has both*a*structurally stable strange attractor and experimentally measurable chaotic behavior. ... The emergence*of**a*population*of*different species in biology [8] , commodity*exchange*in economy [9] and time-dependent*models**of*many ecological situations [10] are other examples*of*dynamical*systems*...##
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Page 334 of Mathematical Reviews Vol. , Issue 84a
[page]

1984
*
Mathematical Reviews
*

*A*collocation scheme is proposed for linear

*hyperbolic*

*systems*u,+ Bu,=Au+C on the strip 0<x<1, t>0. ... Kh. 84a:65074 Approximate solution

*of*

*systems*

*of*

*hyperbolic*equations, based on interpolation

*of*

*a*residue in Hermite’s sense. (Russian) Zh. Vychisl. Mat. i Mat. ...

##
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Page 9306 of Mathematical Reviews Vol. , Issue 2002M
[page]

2002
*
Mathematical Reviews
*

2002m: 76094
The

*system**of*equations above is modified to*model*effects*of*liquid viscosity and*heat*transfer. ... The governing*system*rep- resents*a*strongly*degenerate**system**of*parabolic-*hyperbolic*type. For three different regularizations*of*the governing equations the authors establish energy estimates. ...##
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Page 2350 of Mathematical Reviews Vol. , Issue 93e
[page]

1993
*
Mathematical Reviews
*

Kostenko, An inverse problem for determin- ing the coefficients in the boundary condition

*of*the third kind for*a**system**of**heat*and moisture*exchange*equations (89-97, 120- 121); G. P. ... Shtabalyuk, Solvability,*stability*and regularization*of**a*multi- point problem for*hyperbolic*equations (16-32, 115-116); M. M. Sheremeta [M. N. ...##
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Analysis of lumped parameter models for blood flow simulations and their relation with 1D models

2004
*
Mathematical Modelling and Numerical Analysis
*

By linearization we obtain

doi:10.1051/m2an:2004036
fatcat:xyx6zkb3sfgxlpi3kuuivoytdq
*a*linear*heat*equation, which could also be obtained as*a**degenerate*case*of*the linear 1D*model*previously introduced. ... This paper provides new results*of*consistence and convergence*of*the lumped parameters (ODE*models*) toward one-dimensional (*hyperbolic*or parabolic)*models*for blood flow. ... Our result can therefore be regarded as*a*unifying approach for the three hierarchical*models*based on electric circuits, linear 1D*hyperbolic**systems*and the (more complete) nonlinear 1D*hyperbolic**system*...##
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subject index volumes 181-190

2006
*
Journal of Computational and Applied Mathematics
*

*of*HBV infection 184 165

*Model*reduction 185 441

*Modeling*184 77

*Modeling*process 185 326 Modified Bessel function 182 134 Modified Laguerre pseudospectral method 190 304 Modified nodal

*analysis*... MEBDF 185 441 Mesh selection 184 362; 185 212 Metastability 190 354 Method

*of*Kumar and Sloan 181 103 Method

*of*lines 183 259, 275, 301, 312, 327, 343 Micro

*heat*transport equations 181 125 Micromagnetics ...

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