Sentence examples for serviceability during from inspiring English sources
Finally, the tower serviceability during different typhoon events is evaluated and the performance is found to be satisfactory from human comfort consideration.
Predicting the dynamic response of these structures due to crowd bouncing load has therefore become a critical aspect of structural vibration serviceability evaluation during live concerts or other large entertainments in public structures.
The Hawks experienced serviceability problems during their first 18 months with the squadron, but these were eventually rectified.
As with other floating systems, the STC must be designed to ensure serviceability and survivability during its entire service life.
Impedance functions can be used to study the dynamic responses of a structure using the substructure method during the serviceability limit state design.
This paper demonstrates that this is not a suitable threshold for small structures like ground-mounted arrays of photovoltaic panels because structures this small can experience both self-excitation and buffeting from upwind panels at frequencies well above this value during both serviceability and design wind events.
Pultruded FRP (Fiber Reinforced Polymer) material can be considered as a structural material for civil engineering applications when it guarantees structural reliability and higher efficiency under different loading conditions, dead loads, live loads, wind and seismic actions, during the serviceability state.
Even when non-prestressed FRPs are used a certain amount of stress is permanently applied on the adhesive interface during the serviceability conditions of the strengthened structure, and the creep of the adhesive may cause a continuous variation in the deformational response of the element.
The methodology proposed merges a protocol analysis for human factors assessment and an immersive virtual simulation where immersive serviceability simulations can be used during design phases.
It effectively reduces the amplitude of the cyclic out-of-plane buckling of the thin steel infill panel and enhances the serviceability of the SPSW system during a severe earthquake.
To ensure the safety and serviceability of this landmark structure during construction and operation, a sophisticated long-term structural health monitoring (SHM) system consisting of more than 700 sensors of 16 types has been designed and implemented for real-time monitoring of the structure at both in-construction and in-service stages.
