Design reinforced concrete rectangular beams subject to bending according to the American Concrete Institute 318-19 (ACI 318-19) regulation.
ꙮ FREE: Technical Assistance.
ꙮ Powerful tool for concrete beam design.
ꙮ Analyzes embedded or simply supported beams.
ꙮ Make a design immediately.
ꙮ Obtain the amount of longitudinal steel needed for a beam.
ꙮ Determines stirrup spacing (shear design).
ꙮ Review the formulas used for the design.
ꙮ Obtain the depth of the neutral axis and the compression area in the beam section.
ꙮ Ideal for Civil Engineers and Architects.
ꙮ Civil Engineering and Architecture students can establish various combinations in the properties of materials to analyze the behavior of resistance in the beam.
ꙮ Timely in field work.
ꙮ Generates the reinforcement of the cross section.
ꙮ Includes user guide.
ꙮ FREE: Technical Assistance.
ꙮ Powerful tool for concrete beam design.
ꙮ Analyzes embedded or simply supported beams.
ꙮ Make a design immediately.
ꙮ Obtain the amount of longitudinal steel needed for a beam.
ꙮ Determines stirrup spacing (shear design).
ꙮ Review the formulas used for the design.
ꙮ Obtain the depth of the neutral axis and the compression area in the beam section.
ꙮ Ideal for Civil Engineers and Architects.
ꙮ Civil Engineering and Architecture students can establish various combinations in the properties of materials to analyze the behavior of resistance in the beam.
ꙮ Timely in field work.
ꙮ Generates the reinforcement of the cross section.
ꙮ Includes user guide.
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