Formwork Tie Rod Design Engine

Formwork Tie Rod Design Engine MCP Connector for Claude

A+

Calculates optimal tie rod spacing, waler sizing, and safety checks for concrete formwork.

4 tools Official Updated Oct 1, 2026 Official Vinkius Partner

This MCP server provides technical engineering tools to design concrete formwork systems. It calculates the required horizontal distance between tie rods using get_rod_spacing to prevent overloading. It also determines structural requirements for horizontal members with get_waler_specification and performs comprehensive safety evaluations via get_system_safety_check. Additionally, it provides precise placement coordinates for hardware using get_tie_cone_layout.

concreteformworkstructuralengineeringconstruction-safety

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

get_tie_cone_layout

Defines the optimal placement of tie cones relative to the rod and waler intersections

get_rod_spacing

Calculates the required horizontal distance between tie rods to prevent overloading

get_system_safety_check

Evaluates if the current design configuration is safe against deflection and rod capacity

get_waler_specification

Determines the necessary structural size for the horizontal walers

See how to talk to your AI agent using Formwork Tie Rod Design Engine.

What is the required tie rod spacing for a pressure of 50 kPa, a rod capacity of 100 kN, and waler spacing of 1.5 m?

The required tie rod spacing is 3.0 meters, with a safe working load of 100 kN.

Calculate the waler size for 40 kPa pressure, 0.6 m waler spacing, and 2.0 m tie rod spacing.

The required waler size is W10x22, with a maximum expected deflection of 0.004 m.

Is my design safe? Pressure: 60 kPa, Height: 4 m, Rod Spacing: 1.5 m, Rod Capacity: 120 kN, Waler Spacing: 1.2 m.

Yes, the design is safe with a margin of safety of 1.45.

You can use the `get_rod_spacing` tool by providing the concrete pressure, the rod capacity, and the vertical waler spacing.

Related Connectors