Sentence examples for physical modelling study from inspiring English sources

This paper presents a physical modelling study outlining a technique whereby buoyant contaminant flow within water-saturated unconsolidated sand was remotely monitored utilizing the time-lapse 3-D (TL3-D) seismic response.

Results of a physical modelling study of clear-water scour at a tripod obstacle in uniform bed sediment under steady flow conditions are presented.

A companion paper presents results of a detailed comparison with a physical model study.

A physical model study was conducted for designing the intake/outfall combination to comply with the Egyptian environmental laws.

This paper explores the results obtained from an innovative physical model study which examined wind induced forces and pressures on a 1 25 scale model of a Class 390 Pendolino at a 30° yaw angle.

The initial dilution and the other near-field characteristics were in good agreement with predictions of mathematical models and with the physical model study on which the diffuser design was based.

Herein, a physical model study is carried out to assess the wave forces acting on a single and twin wave barriers of various porosities under a wide range of wave conditions.

A well-planned physical model study is carried out for this purpose on single and twin wave barriers of various porosities under a wide range of random wave conditions.

This article describes a physical model study of the run-up heights and run-up distribution on two shapes of foundations for offshore wind turbines, including both regular and irregular waves.

The ANSI/HI 9.8-1998 standarequiresres a physical model study if the sump or piping geometry differs from the standard, the approach flow is non-uniform or unsymmetrical, and the flow rate is more than 2520 L/s (40,000 gal/min) per pump or the total flow exceeds 6310 L/s (100,000 gal/min) with all pumps running.

Moreover, a recent physical modeling study found that nucleosome spacing in 11 out of 12 fungal species could be modeled with a two parameter model, with the sole failure of the model to explain the long spacing of K. lactis being hypothesized to reflect H1 in this species interfering with DNA "breathing" (Mobius et al. 2013).