MCP For Claude Marketplace
Concrete Dome Design

Concrete Dome Design MCP Connector for Claude

A+

Structural analysis for concrete thin-shell dome structures.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
More Details Connect to Claude

This MCP server provides specialized structural engineering tools for designing concrete thin-shell domes. It uses membrane theory to calculate critical dimensions and stability. Use calculate_shell_thickness to determine required thickness, calculate_reinforcement for steel requirements, calculate_support_forces for base reactions, and validate_stability to check for buckling risks.

concretedomethin-shellstructuralengineering

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

calculate_shell_thickness

Determines the required concrete thickness to satisfy both material strength and buckling stability

calculate_support_forces

Calculates the reaction forces at the base of the dome

calculate_reinforcement

Determines the amount of steel reinforcement needed to handle tensile stresses and prevent cracking

validate_stability

Evaluates if a designed dome is at risk of sudden collapse due to buckling or imperfections

See how to talk to your AI agent using Concrete Dome Design.

What is the required thickness for a 20m diameter dome with a 5m rise, 10 kN/m² load, and 30 MPa concrete?

The required thickness is 120 mm with a buckling safety factor of 2.4.

Calculate the support forces for a 15m diameter dome, 4m rise, 5 kN/m² load, using a pinned support.

The vertical reaction is 441.78 kN and the horizontal thrust is 147.26 kN.

How much steel reinforcement is needed for a 10m diameter, 3m rise dome with 8 kN/m² load and 100mm thickness using 25 MPa concrete?

The required meridional steel area is 450 mm² and the hoop steel area is 320 mm², with a suggested maximum spacing of 250 mm.

You can use the `calculate_shell_thickness` tool. Provide the diameter, rise, design load, and concrete strength to get the minimum thickness in mm and the buckling safety factor.

Related Connectors

Steel-Concrete Composite Beam Designer

Steel-Concrete Composite Beam Designer MCP

4 tools Official

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

A+ View details →
Concrete Corbel Design Tool

Concrete Corbel Design Tool MCP

4 tools Official

Calculate structural reinforcement, shear friction, and bearing capacity for concrete corbels.

A+ View details →
Cemented Backfill Mix Designer

Cemented Backfill Mix Designer MCP

4 tools Official

Calculate optimal binder content, water-to-cement ratios, and flow characteristics for mining backfill.

A+ View details →
Backfill Strength Requirements

Backfill Strength Requirements MCP

4 tools Official

Calculate required UCS, binder content, and curing time for mine backfill.

A+ View details →