Sentence examples for minimum reinforcement ratio from inspiring English sources

Analytical formulation was presented for minimum reinforcement ratio and verified with experimental results.

A minimum reinforcement ratio of rebars is used to control the localization and propagation of flexural cracks.

A minimum reinforcement ratio of FRP was selected to use with PP-band as FRP + PP-band composite.

As a result, an analogy can be drawn between the evaluation of the minimum amount of fibers and the computation of the minimum reinforcement ratio in concrete beams.

Sixty-five specimens were tested under four point flexural tests and minimum reinforcement ratio to achieve deflection-hardening behavior was obtained experimentally.

Test results indicate that the minimum reinforcement ratio (0.7%) recommended by the Canadian Highway Bridge Design Code 2006 CHBDCC 2006) for bridge deck slabs reinforced with GFRP bars satisfied the serviceability requirements after being subjected to the simulated cyclic exposures.

Equations to determine the moment curvature relationship, ultimate moment capacity, and minimum flexural reinforcement ratio are explicitly derived.

The introduction of stressed crack faces in the core enables a subdivision of the applied shear force into a concrete and a steel contribution, allowing the determination of the required minimum transverse reinforcement ratio that enforces a ductile flexural failure.

The materials used in the design are C300 for concrete and St52 for steel, and the material for the building structure is taken as a reinforced concrete with the following constant properties: modulus of elasticity E = 25 GPa, Poisson ratio μ = 0.2, density of 24 kN/m3, fc = 28 MPa, fy = 355 MPa, and minimum steel reinforcement ratio ρ = 0.0035.

The New Zealand Standards (NZS 3101 200606) [2] and the Canadian design standards (CSA A23.3-14) (2014), adopt the same capacity design approaches for RC walls design, with both standards specifying a minimum vertical reinforcement ratios (ρv%) of 0.25% for RC walls.

Note that increasing the slab thickness simultaneously increased the amount of slab reinforcement according to the minimum requirement of reinforcement ratio for slabs, such an increase will in turn enhanced the progressive collapse resistance.