Results 1 to 10 of about 206,470 (164)
Periodic waves in microstructured solids and inverse problems
Conditions for the existence of periodic and solitary waves in 1D microstructured solid of Mindlin type are deduced. Inverse problems to determine material properties are solved.
Ivan Sertakov, Jaan Janno
doaj +1 more source
Inverse Sturm-Liouville problem with discontinuity conditions
This paper deals with the boundary value problem involving the dierential equation ly := -y''+qy = λy, subject to the standard boundary conditions along with the following discontinuity conditions at a point a ε(0,π) y(a + 0) = a1y(a - 0),
Mohammad Shahriari +1 more
doaj
VIPR: Versatile inverse problem software framework
VIPR (Versatile Inverse Problem Software Framework) is a plugin-based software framework for building reproducible machine-learning workflows for scientific inverse problems.
Jeyhun Rustamov +17 more
doaj +1 more source
Creep theory inverse problem for non-work-hardening body
The body formation by constant external forces in the conditions of the steady-state creep during set time problem is formulated and solved so that after removal of loadings the movements of points of a surface accepted preset values.
Igor Yu Tsvelodub
doaj +1 more source
The inverse infection problem [PDF]
András Bóta +2 more
doaj +1 more source
AN INVERSE PROBLEM WITH UNKNOWN RADIATION TERM [PDF]
In this paper, we consider an inverse problem of linear heat equation with nonlinear boundary condition.
doaj
On the cardinality of subsequence sums II
Let $A=(\underbrace{a_1,\ldots ,a_1}_{r_1},\underbrace{a_2,\ldots ,a_2}_{r_2},\ldots ,\underbrace{a_k,\ldots ,a_k}_{r_k})$ be a finite sequence of integers with ...
Jiang, Xing-Wang, Li, Ya-Li
doaj +1 more source
The inverse problem for Schwinger pair production
The production of electron–positron pairs in time-dependent electric fields (Schwinger mechanism) depends non-linearly on the applied field profile. Accordingly, the resulting momentum spectrum is extremely sensitive to small variations of the field ...
F. Hebenstreit
doaj +1 more source
Inverse Problem on the Steiner Wiener Index
The Wiener index W(G) of a connected graph G, introduced by Wiener in 1947, is defined as W(G) =∑u,v∈V (G)dG(u, v), where dG(u, v) is the distance (the length a shortest path) between the vertices u and v in G. For S ⊆ V (G), the Steiner distance d(S) of
Li Xueliang, Mao Yaping, Gutman Ivan
doaj +1 more source
On a nonlinear inverse problem in viscoelasticity
We consider an inverse problem for determining an inhomogeneity in a viscoelastic body of the Zener type, using Cauchy boundary data, under cyclic loads at low frequency.
H. D. Bui, S. Chaillat
doaj +1 more source

