This paper investigates the use of PEM (the pseudo-excitation method) and PIM (the
precise integration method), to compute the non-stationary random responses of three-dimensional …

This paper presents a new non-stationary random vibration technique for the analysis of
three-dimensional, time-dependent, train–bridge systems that are subjected to excitations …

Objectives We set out to review the published literature relating to the educational experiences
of medical students in the operating theatre. In particular, we wished to deduce from the …

Tuberculosis (TB) remains a leading cause of death among HIV-infected adults, in part
because of delayed diagnosis and therefore delayed initiation of treatment. Recently, the Gene-…

An exact dynamic member stiffness matrix (exact finite element), which defines the flexural
motion of a three-layered sandwich beam with unequal faceplates, is developed from the …

Loading identification has long been a difficult problem for multi-input–multi-output
stationary random vibration problems. In this paper, the inverse pseudo-excitation method is …

Based on the pseudo-excitation method (PEM), symplectic mathematical scheme and Schur
decomposition, the random responses of coupled vehicle–track systems are analyzed. The …

This paper presents theory and results for Rayleigh waves propagating in a transversely
isotropic stratified solid resting on an elastic semi‐infinite space. It uses the precise integration …

The design and synthesis of conformationally constrained, nonpeptide templates (1,1,6-trisubstituted
indanes) which allow the incorporation of two adjacent amino acid side chains, …

This paper presents a global analysis approach to the calculation of the natural frequencies
of asymmetric, three-dimensional frame structures in which the primary frames run in two …