Sentence examples for determination of wind from inspiring English sources

An example is also included to illustrate determination of wind loads on components of the building envelope.

The current UK standard for the determination of wind loads on temporary road signs is generally perceived by the industry to be unrealistic.

Roof wind design consist of three parts: determination of wind loads, evaluation of wind uplift resistance and correlating the resistance with the design load such that the resistance is higher than the load requirement.

These efforts are summarised to give an update on heliostat technology comprising: determination of wind loads, heliostat dimensioning, solutions for the different sub-functions of a heliostat, a review of commercially available and prototype heliostat designs, canting, manufacturing, qualification, heliostat field layout, and mirror cleaning.

The determination of wind loads, other actions and load combinations are briefly presented, based on a critical analysis and synthesis of available research results on the aerodynamic and airflow characteristics of nets and the special characteristics of the net-structural systems and on appropriate adaptation of relevant standards for design actions, when available.

Firtin et al. [21] described the importance of accurate determination of wind shear and stated that is critical for near reality assessment of wind energy yield.

Since ocean waves are mainly wind induced, carrying out coastal engineering projects and investigating environmental issues call for determination of wind-generated wave characteristics, especially in nearshore areas.

The essence of this method is a combination of CFD wind simulation and determination of threshold wind velocity for wind erosion.

This paper presents a combined study of numerical simulations and wind tunnel tests for the determinations of wind effects on a long-span complex roof of the Shenzhen New Railway Station Building.

This study, initiated as part of a wind resource evaluation and possible installation of a wind farm, also proves the need for more detailed determination of the wind conditions, compared with the standard practice in wind turbine siting.

While the proposed framework is applicable in virtually all areas of natural sciences, we discuss the approach and evaluate its performance based on a typical example in the realm of computational wind engineering, namely the determination of the wind field in an urban area.