AbstractMultiple integral solutions of two classes of nth-order differential equations are considered. These representations have been known since the 19th century. This note points out the connection between these integrals and recent work of the first author and of Paris and Liakhovetski (Frac. Calc. Appl. Anal. 3(1) (2000) 63). The asymptotic behaviour is first obtained by rewriting these multiple integrals as Mellin–Barnes integrals. We then show how such integrals may be transformed into a generalised Faxén integral and an expansion of wider validity obtained
A modification of Watson''s lemma for Laplace transforms (Formula presented.) was introduced in Niel...
Classical asymptotic analysis of ordinary differential equations derives approximate solutions that ...
A modification of Watson’s lemma for Laplace transforms ∞ 0 f(t) e−zt dt was introduced in [Niels...
AbstractWe analyze the asymptotic behavior as x → ∞ of the product integral Πx0xeA(s)ds, where A(s) ...
AbstractThe aim of the present paper is twofold. Firstly, the paper surveys the literature concernin...
AbstractWe consider the asymptotic expansion for large λ of Laplace-type integrals of the form∫0∞∫0∞...
We present an explicit asymptotic series for multiple integrals of Laplace type (the first term of w...
AbstractHyperasymptotic expansions are in terms of certain multiple integrals, the so-called hyperte...
AbstractAn explicit solution is derived formally for a certain multiple integral equation involving ...
AbstractThis work is concerned with the behavior of solutions of a class of second-order nonlinear d...
AbstractA numerical estimate is obtained for the error associated with the Laplace approximation of ...
Abstract Multidegree of freedom nonlinear differential equations can often be transformed by means o...
Two different approaches for finding the exponentially improved asymptotic behaviour of integrals wi...
summary:In this paper we deal with the problem of asymptotic integration of nonlinear differential e...
AbstractWe review and discuss the application of Hadamard expansions to the hyperasymptotic evaluati...
A modification of Watson''s lemma for Laplace transforms (Formula presented.) was introduced in Niel...
Classical asymptotic analysis of ordinary differential equations derives approximate solutions that ...
A modification of Watson’s lemma for Laplace transforms ∞ 0 f(t) e−zt dt was introduced in [Niels...
AbstractWe analyze the asymptotic behavior as x → ∞ of the product integral Πx0xeA(s)ds, where A(s) ...
AbstractThe aim of the present paper is twofold. Firstly, the paper surveys the literature concernin...
AbstractWe consider the asymptotic expansion for large λ of Laplace-type integrals of the form∫0∞∫0∞...
We present an explicit asymptotic series for multiple integrals of Laplace type (the first term of w...
AbstractHyperasymptotic expansions are in terms of certain multiple integrals, the so-called hyperte...
AbstractAn explicit solution is derived formally for a certain multiple integral equation involving ...
AbstractThis work is concerned with the behavior of solutions of a class of second-order nonlinear d...
AbstractA numerical estimate is obtained for the error associated with the Laplace approximation of ...
Abstract Multidegree of freedom nonlinear differential equations can often be transformed by means o...
Two different approaches for finding the exponentially improved asymptotic behaviour of integrals wi...
summary:In this paper we deal with the problem of asymptotic integration of nonlinear differential e...
AbstractWe review and discuss the application of Hadamard expansions to the hyperasymptotic evaluati...
A modification of Watson''s lemma for Laplace transforms (Formula presented.) was introduced in Niel...
Classical asymptotic analysis of ordinary differential equations derives approximate solutions that ...
A modification of Watson’s lemma for Laplace transforms ∞ 0 f(t) e−zt dt was introduced in [Niels...