Column Sizing Estimator

Column Sizing Estimator MCP Connector for Claude

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Preliminary sizing for reinforced concrete and steel columns based on vertical load accumulation.

4 tools Official Updated Jun 28, 2026 Official Vinkius Partner

The Column Sizing Estimator is a structural engineering utility designed for the early design phase of building projects. It allows engineers and architects to perform rapid pre-dimensioning of vertical supports by calculating cumulative axial loads and suggesting initial cross-sections for both reinforced concrete and steel profiles.

With this MCP server, AI agents can use calculate_total_axial_load to determine the total weight pressing down on a foundation based on floor count and tributary area. The toolset also includes estimate_concrete_section for determining square concrete dimensions, estimate_steel_pattern (via estimate_steel_section) for selecting standard HEB profiles, and check_load_severity to categorize projects into residential, commercial, or industrial tiers.

structural-engineeringcolumn-sizingconcrete-designsteel-profilesaxial-load

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

calculate_total_axial_load

Calculates the total cumulative vertical force acting on the base of the column

estimate_concrete_section

Suggests the minimum side dimensions for a square reinforced concrete column

check_load_severity

Categorizes the total axial load into a recognizable engineering tier

estimate_steel_section

Suggests a standard steel profile type for axial compression

See how to talk to your AI agent using Column Sizing Estimator.

Calculate the total axial load for a 5-story building with an influence area of 50m² and a load of 10kN/m².

The total accumulated axial load at the base is 2,500 kN.

What is the suggested concrete column size for a load of 1500 kN?

The suggested dimension for the reinforced concrete column is 40 x 40 cm.

Suggest a steel profile for an axial load of 800 kN.

The recommended standard steel profile is HEB 160.

It provides preliminary sizing for reinforced concrete and steel columns by calculating axial loads from building parameters.

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