A steel composite beam section is shown in Fig. 2. The beam is simply supported with a span of 6.5 meter. It is required
Posted: Thu May 05, 2022 11:34 am
A steel composite beam section is shown in Fig. 2. The beam is simply supported with a
span of 6.5 meter. It is required to:
(1) Determine the flexural strength of the composite beam with the full composite action;
(2) Calculate the spacing (s) of the shear stud to ensure the full composite action if the
strength of one shear stud is 45 kN.
A steel composite beam section is shown in Fig. 2. The beam is simply supported with a span of 6.5 meter. It is required to: (1) Determine the flexural strength of the composite beam with the full composite action; (2) Calculate the spacing (s) of the shear stud to ensure the full composite action if the strength of one shear stud is 45 kN. Beff 200 ~~~~ 55 C30 Concrete Shear Stud 30 6500 Fig.2. Steel composite beam (mm). س 30 S235 steel 250 15 400
span of 6.5 meter. It is required to:
(1) Determine the flexural strength of the composite beam with the full composite action;
(2) Calculate the spacing (s) of the shear stud to ensure the full composite action if the
strength of one shear stud is 45 kN.
A steel composite beam section is shown in Fig. 2. The beam is simply supported with a span of 6.5 meter. It is required to: (1) Determine the flexural strength of the composite beam with the full composite action; (2) Calculate the spacing (s) of the shear stud to ensure the full composite action if the strength of one shear stud is 45 kN. Beff 200 ~~~~ 55 C30 Concrete Shear Stud 30 6500 Fig.2. Steel composite beam (mm). س 30 S235 steel 250 15 400