A computer simulation is conducted to evaluate the partial interaction and the performance of BSP beams, by indicating the degree of partial interaction in terms of strain and curvature factors. Results show that strengthening effects are controlled by these factors and flexural strength would be overestimated if partial interaction is not properly addressed. A parametric study has been carried out and optimized values for these factors are proposed. This study reveals the influence of partial interaction to the overall performance and the proposed value for the two factors is of great significance in simplifying the design procedure of BSP beams
Copyright © 2001 Elsevier Science Ltd. All rights reserved.Even though mechanical shear connectors i...
The combined effect of beam-to-column joint semi-rigidity and partial interaction throughout the bea...
Reinforced concrete members are extremely complex under loading because of localised deformations in...
Existing reinforced concrete (RC) beams often need to be strengthened due to material deterioration ...
Existing reinforced concrete (RC) beams can be strengthened with externally bolted steel plates to t...
Reinforced concrete (RC) beams strengthened with bolted steel plates on their side faces are known a...
A procedure is being developed for bolting plates to the sides of existing reinforced concrete beams...
Slips of mechanical connectors in steel plate reinforced concrete (RC) structures can significantly ...
The book entitled: Design, fabrication and economy of metal structures: International Conference Pro...
In a companion paper, tests on bolted side plated beams have shown that side plates can substantiall...
Copyright © 2001 Elsevier Science Ltd. All rights reserved.The behaviour of bolted side-plated reinf...
Members in which two or more elements are bolted together to form composite structures that are stro...
A structure that can behave in a ductile fashion under extreme events is of paramount importance due...
Composite beams using bolts to attach steel plates to the side faces of existing reinforced concrete...
The maximum flexural capacity of composite steel and concrete beams with mechanical shear connectors...
Copyright © 2001 Elsevier Science Ltd. All rights reserved.Even though mechanical shear connectors i...
The combined effect of beam-to-column joint semi-rigidity and partial interaction throughout the bea...
Reinforced concrete members are extremely complex under loading because of localised deformations in...
Existing reinforced concrete (RC) beams often need to be strengthened due to material deterioration ...
Existing reinforced concrete (RC) beams can be strengthened with externally bolted steel plates to t...
Reinforced concrete (RC) beams strengthened with bolted steel plates on their side faces are known a...
A procedure is being developed for bolting plates to the sides of existing reinforced concrete beams...
Slips of mechanical connectors in steel plate reinforced concrete (RC) structures can significantly ...
The book entitled: Design, fabrication and economy of metal structures: International Conference Pro...
In a companion paper, tests on bolted side plated beams have shown that side plates can substantiall...
Copyright © 2001 Elsevier Science Ltd. All rights reserved.The behaviour of bolted side-plated reinf...
Members in which two or more elements are bolted together to form composite structures that are stro...
A structure that can behave in a ductile fashion under extreme events is of paramount importance due...
Composite beams using bolts to attach steel plates to the side faces of existing reinforced concrete...
The maximum flexural capacity of composite steel and concrete beams with mechanical shear connectors...
Copyright © 2001 Elsevier Science Ltd. All rights reserved.Even though mechanical shear connectors i...
The combined effect of beam-to-column joint semi-rigidity and partial interaction throughout the bea...
Reinforced concrete members are extremely complex under loading because of localised deformations in...