Concrete Shear Wall Design

Concrete Shear Wall Design MCP Connector for Claude

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Professional structural engineering tool for designing reinforced concrete shear walls.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides a complete suite of structural engineering tools for the design and verification of reinforced concrete shear walls. It allows engineers to calculate required wall thickness, determine if special boundary elements are needed, design vertical and horizontal reinforcement ratios, and verify the final structural capacity against design loads. The tools handle complex considerations such as axial loads, bending moments, shear forces, and the presence of wall openings.

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

design_reinforcement

Calculates the required vertical and horizontal reinforcement ratios

calculate_wall_thickness

Determines the minimum required thickness of the wall to prevent lateral instability or shear crushing

check_wall_capacity

Verifies if the designed wall meets the required design loads

evaluate_boundary_elements

Identifies if special boundary elements (SBE) are required and calculates their dimensions

See how to talk to your AI agent using Concrete Shear Wall Design.

What is the minimum thickness needed for a 5m wall with 1000kN shear and 30MPa concrete?

The minimum required thickness for the wall is 250 mm.

Does a 4m wall with 1500kN axial load and 200kNm moment need special boundary elements?

Yes, special boundary elements are required for this configuration.

Check the capacity of a wall with 300mm thickness, 0.005 vertical ratio, and 0.004 horizontal ratio under 500kN shear.

The wall has a shear capacity of 650 kN, which satisfies the 500 kN requirement.

You can use the `calculate_wall_thickness` tool by providing the wall length, shear force, and concrete strength.

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