Steel-Concrete Composite Beam Designer

Steel-Concrete Composite Beam Designer MCP Connector for Claude

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Design composite steel-concrete beams using AISC methodologies, calculating moment capacity, shear studs, and deflection.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides structural engineering tools for designing composite steel-concrete beams according to AISC standards. It allows engineers to calculate the get_moment_capacity for a specific steel section and concrete slab combination, determine the necessary calculate_shear_studs requirements for desired composite action, and compute get_beam_deflection under applied loads. Finally, use validate_design_compliance to ensure the design meets serviceability and strength limits.

aiscsteelconcretecomposite-beamstructural-engineering

4 tools expose this connector's capabilities to your AI agent.

get_beam_deflection

Calculates the maximum vertical displacement of the beam under the specified load

get_moment_capacity

Determines the maximum bending moment the composite beam can resist

calculate_shear_studs

Determines the required number and spacing of shear studs to achieve the desired level of composite action

validate_design_compliance

Checks if the current design meets standard AISC serviceability and strength limits

See how to talk to your AI agent using Steel-Concrete Composite Beam Designer.

Calculate the moment capacity for a 10m beam with a 20 kN/m load, using a W12X26 steel section, 150mm concrete slab, and 30 MPa concrete strength.

The composite moment capacity for the specified W12X26 beam is 450 kNm.

How much deflection will a 12m beam with a 15 kN/m load experience if it uses a W14X30 section and a 120mm concrete slab (35 MPa)?

The maximum vertical deflection for this beam is 18.5 mm.

How many shear studs are needed for a 8m beam with 25 kN/m load, W18X35 section, 100mm slab, and 25 MPa concrete for full composite action?

To achieve full composite action, 42 shear studs are required with a minimum spacing of 150 mm.

The tool follows AISC methodologies for composite steel-concrete beam design.

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