Artikel
Open Access
On The Stability Of Finite-Difference Schemes For Parabolic Equations Subject To Integral Conditions With Applications To Thermoelasticity
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M SAPAGOVAS
Veröffentlicht/Copyright:
1. Januar 2008
Received: 2008-10-06
Revised: 2008-12-16
Accepted: 2008-12-21
Published Online: 2008
Published in Print: 2008
© Institute of Mathematics, NAS of Belarus
Artikel in diesem Heft
- Ivan Gavrilyuk — 60
- An Alternating Potential-Based Approach To The Cauchy Problem For The Laplace Equation In A Planar Domain With A Cut
- Performance Of H-Lu Preconditioning For Sparse Matrices
- Bifurcation Analysis Of Nonlinear Parameterized Two-Point Bvps With Liapunov — Schmidt Reduced Functions
- On The Stability Of Finite-Difference Schemes For Parabolic Equations Subject To Integral Conditions With Applications To Thermoelasticity
- Numerical Solution Of A Hyperbolic Transmission Problem
- Two-Sided Approximations For Nonlinear Operator Equations
- Domain Decomposition Methods With Overlapping Subdomains For The Time-Dependent Problems Of Mathematical Physics
Schlagwörter für diesen Artikel
one-dimensional parabolic equations;
nonlocal integral conditions;
finite-difference scheme;
stability;
thermoelasticity
Creative Commons
BY-NC-ND 4.0
Artikel in diesem Heft
- Ivan Gavrilyuk — 60
- An Alternating Potential-Based Approach To The Cauchy Problem For The Laplace Equation In A Planar Domain With A Cut
- Performance Of H-Lu Preconditioning For Sparse Matrices
- Bifurcation Analysis Of Nonlinear Parameterized Two-Point Bvps With Liapunov — Schmidt Reduced Functions
- On The Stability Of Finite-Difference Schemes For Parabolic Equations Subject To Integral Conditions With Applications To Thermoelasticity
- Numerical Solution Of A Hyperbolic Transmission Problem
- Two-Sided Approximations For Nonlinear Operator Equations
- Domain Decomposition Methods With Overlapping Subdomains For The Time-Dependent Problems Of Mathematical Physics
