Sentence examples for behaviour of full scale from inspiring English sources

Similarly, Voottipruex [40] studied the behaviour of full scale embankment built in AIT campus which was reinforced with hexagonal wire mesh up to 6 m with 10° inclined of gabion facing.

This paper describes an experimental and numerical study at both ambient and elevated temperatures on the behaviour of full-scale composite floor cellular steel beams.

However, more studies are needed to assess their ability in warmer periods and to determine the behaviour of full-scale systems.

The experimental programme presented in this paper aimed at evaluating the influence of fibre configuration (i.e. orientation and distribution) on the flexural behaviour of full-scale structural beams.

The production rates and gas composition data were used to estimate the sorption behaviour and to calibrate a reservoir simulator to predict the behaviour of full-scale pilots and full-field development.

This paper describes an experimental study at elevated temperatures on the behaviour of full-scale composite floor unprotected and protected cellular steel beams with intumescent coating having different size and openings shape.

To the authors' best knowledge this is the first study ever concerning the behaviour of full-scale recycled aggregate concrete (RAC) structures subjected to vertical loading and the behaviour of slabs with significant replacement of conventional aggregates by RA.

The performance prediction and validation of the behaviour of such device involved: an initial campaign of full scale measurements to validate frequencies and inherent damping of the structure near completion; a series of shake table tests employing a 1 20 scale physical model; and a final full scale extrapolation study using Computational Fluid Dynamics.

The results of this study suggest that if the respirometric potential is known, it is possible to predict the behaviour of a full scale composting process.

The behaviour of the full scale test embankment showed that deep mixing improvement method reduced the settlement of reinforced soil test embankment by 70%, which was an effective finding.

As a first step towards the validation of this methodology, finite element (FE) models were developed to simulate the flexural behaviour at ambient temperature of full-scale RC beams strengthened with CFRP laminates according to the externally bonded reinforcement (EBR) and near surface mounted (NSM) techniques, in both cases fully or partially bonded (the latter simulating the cable).