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Thus, the development of reliable and accurate design models for shear strengthening of concrete members with TRM is required for enabling their wider use in real applications.
Experimental strains recorded on FRP/SRP strips were processed to evaluate shear slip laws of tested specimens; energy fracture and failure load values are compared with theoretical values by simplified models for shear stress slip.
Table 1 Existing models for shear strength prediction of SFRC shallow beams without stirrups.
The statistical analyses for the existing and proposed models for shear capacity of LS-DB-H, LS-SB-H, LS-SB-PC, HS-SB-PCH, LS-SB-H and LS-SB-PC beams are presented in Tables 4 9, respectively.
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The driving forces for segregation are discussed, and new models for shearing of the ordered precipitates are proposed.
Nahshon, K., Hutchinson, J.W.," Modification of the Gurson model for shear failure". Eur.
An analytical model for shear tab connections in modern steel buildings is proposed.
A generalized rheological model for shear thinning fluids has been developed.
Selection of an appropriate model for shear capacity of reinforced concrete (RC) slender beams poses a number of challenges.
A damage accumulation model for shear fatigue of asphalt-stone adhesion was developed with the aid of experimental data obtained from monotonic and dynamic force-controlled tests.
The constitutive model of interfaces is elastic-perfectly plastic in compression, brittle or quasi-brittle in tension, and includes the Coulomb model for shear failure.
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