Computer science (CS) has many areas, including numerical analysis (NA) that creates,
analyzes, and implements algorithms. One of the main goals of numerical analysis is to …

We give a short survey on methods for the enclosure of the solution set of a system of linear
equations where the coefficients of the matrix and the right hand side depend on parameters …

The present study deals with the transient interval analysis of a shallow beam having
uncertainty in structural parameters viz. mass density and applied load. It is quite difficult to …

The dynamic analysis of damped structural system by using finite element method leads to
nonlinear eigenvalue problem (NEP)(particularly, quadratic eigenvalue problem). In …

The problem of solving linear systems whose coefficients are nonlinear functions of
parameters varying within prescribed intervals is investigated. A new method for outer …

Various science and engineering problems involve uncertainty with respect to parameters
due to different causes. The uncertain parameters may be contemplated as closed intervals …

Nonlinear dynamical problems form backbone in several fields of science and engineering,
viz., structural mechanics, fluid dynamics, control theory, robotics, seismology, circuit …

The dynamic analysis of a structural system with different material and geometric properties
leads to linear eigenvalue problem such as generalized (or standard) eigenvalue problem …

The present chapter proposes an affine approach for computing the linear structural
dynamic problems having uncertain and nonprobabilistic model parameters with the help of …

The behaviour of systems is determined by various parameters. Due to several reasons like
eg manufacturing tolerances these parameters can have some uncertainties. Corner Case …