Sentence examples for modelling and parametric from inspiring English sources

We examine the lateral stability implications of allowing for strain-hardening in the design of continuous steel beams through a programme of experiments, numerical modelling and parametric studies.

Through a programme of experiments, numerical modelling and parametric studies, the implications of allowing for strain-hardening in the design of partially restrained steel beams are investigated.

Through a programme of experiments, numerical modelling and parametric studies, the implications of allowing for strain-hardening in the design of laterally restrained continuous steel beams are investigated with particular emphasis on the performance of the bracing elements.

Through a programme of experiments, numerical modelling and parametric studies, the implications of allowing for strain-hardening in the design of laterally restrained steel beams is investigated with particular emphasis on the performance of the bracing elements.

This paper presents the mathematical modelling and parametric optimization on flank wear and surface roughness based on response surface methodology and grey-based Taguchi method in finish hard turning of AISI 4340 steel (HRC 47 ± 1) using multilayer coated carbide (TiN/TiCN/Al2O3/TiN) insert under dry environment.

To address this, population pharmacokinetic pharmacodynamic (PKPD) modelling and parametric time-to-event (TTE) models are becoming more frequently applied.

This paper describes a finite element (FE) modelling procedure and parametric study leading to the development of semi-empirical equations for a conservative prediction of pipeline deformation.

The model is of obvious relevance to head impact modelling and selected parametric studies of the response of fluid-filled shells with geometric and material properties about those typical for the human head are given.

This includes parametric models (parametric planning model and parametric packet-layer model) and bitstream layer model.

The design geometry, material properties and physical construction of the Gaussian Vault are realised using commonly used practice workflows comprising parametric modelling and analysis of geometry, model rationalisation with material characteristics and finally the use of digital fabrication methods.

In recent years, it has been noticed the increasing interest in geometry and form of tall buildings, as a result of the evolution of parametric modelling and 3D visualisation tools, on the expense of the environmental aspect.