MCP For Claude Marketplace
Beam Span Estimator

Beam Span Estimator MCP Connector for Claude

A+

Quickly estimate concrete beam dimensions and compare with steel profiles.

3 tools Official Updated Jun 28, 2026 Official Vinkius Partner
More Details Connect to Claude

The Beam Span Estimator is a structural engineering pre-dimensioning tool designed for the initial architectural scheme phase. It allows engineers to quickly estimate the minimum required height and width of concrete beams using the L/10 to L/12 rule-of-thumb method based on clear span. The tool also identifies equivalent steel profiles that match or exceed the calculated beam depth, facilitating rapid material comparison. Use calculate_concrete_beam_dimensions to find dimensions, compare_with_steel_profiles for steel alternatives, and validate_load_adequacy to assess structural risk levels.

structural-engineeringconcrete-beamsteel-profilespre-dimensioningcivil-engineering

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

calculate_beam_dimensions

Estimates the required height and width for a concrete beam based on its span

compare_steel_profiles

Identifies standard steel profiles that match or exceed the depth of a concrete beam

validate_load_adequacy

Evaluates if the estimated load is within a typical range for the calculated beam geometry

See how to talk to your AI agent using Beam Span Estimator.

I have a clear span of 5 meters. What should the minimum height and width of my concrete beam be?

For a 5m span, the minimum height is approximately 0.42m (L/12) and the maximum is 0.50m (L/10). The suggested width is 0.25m.

Find steel profiles that match a concrete beam height of 0.4 meters.

The following matching profiles were found: W410x60 (depth 410mm), W460x52 (depth 460mm).

Is a load of 50 kN/m safe for a beam with a height of 0.3 meters?

The risk level is High. A load of 50 kN/m on a 0.3m beam indicates a significant risk of excessive deflection.

The tool uses a rule-of-thumb method where the minimum height is one-twelfth of the clear span and the maximum height is one-tenth. The suggested width is estimated at 60% of the minimum height.

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