Dissertation > Excellent graduate degree dissertation topics show

Asymptotic Behavior of Solutions for Semilinear Elliptic Systems with a Nearly Critical Exponent

Author: GuoYaPing
Tutor: ZhangYaJing
School: Shanxi University
Course: Operational Research and Cybernetics
Keywords: asymptotic behavior blow-up the concentration compactness principle
CLC: O175.25
Type: Master's thesis
Year: 2011
Downloads: 3
Quote: 0
Read: Download Dissertation

Abstract


In this paper,we stndy the asymptotic behavior of solutions for semilinear elliptic sys tems with a nearly critical exponentχ∈Ω,u=v=0,x∈(?)Ω,whereΩ(?)Rn is a ball centere at the origin.ε>0,α,β> 0,pε=p-(p+1)ε,qε-q-(q+1)s,p,q>1,1/p+1+1/q+1=(N-2)/2.By the concentration compactness principle of P.L.Lions and th blow—up ways of Gidas-Spruck,we proved the fowing two t heorems.Theorenms 1.1 Let 0<α<pN,β>0,p,q>1.(uε,vε)is the groun solutionion of the equation(0.1),in the scese of subsequence,whenε→0,there exist,s x0 ∈(?)Ωsatisfying,(i)in the sense of measure,|(ii)in t he sense of measure,| whreeμ>0,v>0 satisfyμ≥Sp.qVq(p+1),δχis the Dirac measure of the point of:Theorems 1.2 Let 0<α<pN,β>>0,p,q>1 and max{2(p+1)/(pq-1),2(q+1)/(pq-1)}>N-3,(uε,vε) is the ground solution of the equation(0.1),xε∈Ωsatisfyμε=Mε-N/(p+1),Mε=uε(xε)= maxxn∈uε(x),whenε→0,we can conclude Mε→∞and(i)whenεis small enough,Xεis unique,and whenε→0 we call get dist(xε,6Ω)→0,dist(xε,(?)Ω)→∞; where Uμε,xε(x)=με-(N)/p+1∪(x-xε/με),and (U,V)is the groun(I sohnion of the equal.ion—△u=vp,-△v=uq, x∈RNThis paper includes three chapters.In chapter 1,we present a simple research summary of the asymptotic behavior of solu-tions for semilinear elliptic systems with a nearly critical exponent,list the main theorems in this paper,theoremsl.1 and theorems1.2.In chapter 2,we list some preknwqledges and lemmas.In chapter 3,we present the process proved of theoremsl.1 and theoremsl.2.

Related Dissertations

  1. Dynamics Behavior of a Stochastic Delayed SIRS Model with Saturation Incidence,O211.6
  2. Blowup noise suppression and the impact on the dynamic behavior,O211.63
  3. Asyptotics for the Solution of Euler-Bernoulli Type Eqution,O175.8
  4. The Existence of Solution for Three Semilinear Elliptic Equations without Compactness,O175.25
  5. On the Semilinear Elliptic Problems Involving the Critical Sobolev Exponents,O175.25
  6. The Initial Boundary Value Problems for a Class of Generalized IMBq Equations with Damping Terms,O175.8
  7. The Cauchy Problem for a n-dimensional Generalized Modified Benney-Luke Equation,O175
  8. The Cauchy Problem for a Class of Nonlinear Wave Equations with Damping Term,O175.29
  9. Global Attractor of the Cauchy Problem for a Class of Nonlinear Fourth Order Wave Equation,O175.29
  10. Improved BP Neural Network in a single blow particles of magnesium desulphurization Applications,TF704.3
  11. Insurance Fraud and Crime Study,F842
  12. Asymptotic Behavior and Engineering Application of the Hybrid Systems Analysis,TP13
  13. Existence of Solutions for Nonlinear Elliptic Equations on Compact Riemannian Manifolds,O175.25
  14. Singular semi- linear reaction-diffusion equations Cauchy problem,O175.2
  15. Singular semi- linear evolution equations solution existence, uniqueness and asymptotic,O175.2
  16. The Cauchy problem for a class of singular semi- linear evolution equations,O175.2
  17. The Asymptotic Behavior of the Solutions of Kinetics Model to the BGK or the ES with Energy Input,O242.1
  18. Study on the Oscilation and Nonoscillation for Some Kinds of Delay Difference Equations,O175.7
  19. The Cauchy Problem for a Class of the Damped IBq Equation,O175.2
  20. The Initial Boundary Value Problems for a Class of Damped Nonlinear Wave Equations of Fourth Order,O175.29
  21. Engery Decay of Solution and Blow up of Solution for a Class of Nonlinear Wave Equations with Viscosity,O175.29

CLC: > Mathematical sciences and chemical > Mathematics > Mathematical Analysis > Differential equations, integral equations > Partial Differential Equations > Elliptic equations
© 2012 www.DissertationTopic.Net  Mobile