MCP For Claude Marketplace
Masonry Wall Design

Masonry Wall Design MCP Connector for Claude

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Calculate required thickness, stability, and reinforcement for masonry walls.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner
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This MCP server provides structural engineering tools to design masonry walls under axial compression. It calculates the required wall thickness using calculate_thickness, evaluates buckling risks with check_stability, determines if steel is needed via determine_reinforcement, and quantifies capacity loss from voids using analyze_opening_impact. It adheres to standard masonry design codes for stability and strength.

masonrystructural-engineeringwall-designcompressionstability

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

analyze_opening_impact

Quantifies how much the load-bearing capacity is reduced by the presence of openings

calculate_thickness

Determines the minimum wall thickness required to safely support a given load

check_stability

Evaluates if a specific wall design meets slenderness limits for buckling prevention

determine_reinforcement

Identifies if and where steel reinforcement is required to meet structural requirements

See how to talk to your AI agent using Masonry Wall Design.

What is the required thickness for a 3m high, 5m long wall with a 100 kN/m load and 15 MPa masonry strength using M1 mortar?

The required wall thickness is 200 mm, and the design is stable.

Will a 4m high wall with 150mm thickness be stable if it is simply supported?

No, the wall is unstable due to a high slenderness ratio; a thickness of 220 mm is recommended.

How much does a 2m wide window reduce the capacity of a 10m long wall?

The presence of the opening results in a reduction factor of 0.20 for the effective area.

Use the `calculate_thickness` tool by providing the wall height, length, applied load, masonry strength, and mortar type.

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