Sentence examples for strengthening system for from inspiring English sources
However, the research work dealing with these emerging materials and their performances when used as a strengthening system for existing structures is still limited.
Therefore, the efficiency of the strengthening system for existing structures, which mainly depends on the effectiveness of the bond between FRP and concrete, is significantly affected by temperature.
The context of the research is the study of the interfacial behaviour of a brittle substrate (masonry) and a thin elastic addition (the FRP) used as a strengthening system for historical structures.
The context in which the investigation is situated is the study of bond between fiber-reinforced polymer (FRP) sheets and quasi-brittle substrates, where FRP sheets are used as a strengthening system for existing structures.
Because FRP failure is often sudden and brittle, Hall et al. (2002) found it desirable to design an anchorage system that would promote ductile failure of an FRP strengthening system for masonry shear walls.
In general, the externally bonded CFRP strengthening system for each damaged column was designed to restore the column strength in terms of shear, bending, and torsion associated with the peak load in the original test.
Further, strengthening systems for the delivery of basic services is critical to strong, effective governments and societies and strengthens democratic legitimacy and participation.
The battle is not lost These risks understandably make some advocates hesitant but we need to campaign for a twin-track approach, one that delivers treatments now while strengthening systems for the future.
This procedure was used to proportion strengthening systems for large-scale beams (7.3 m long by 51 cm × 51 cm) that were used to verify the analytical procedure.
In response to considerable consultation with the North Carolina Department of Transportation (NCDOT), a research project with practical goals was initiated to evaluate the cost-effectiveness and value engineering of Carbon Fiber Reinforced Polymer (CFRP) repair and strengthening systems for prestressed concrete bridge girders.
This paper presents a numerical plane Finite Element (FE) model for use in simulating the behaviour of different types of Near Surface Mounted (NSM) Fibre Reinforced Plastic (FRP) strengthening systems for concrete elements.
