# Concrete Waffle Slab Designer AI Agent Connect

> Design structural waffle slab systems, calculating geometry, reinforcement, and shear capacity.

## Overview
- **Category:** construction
- **Price:** Free
- **Endpoint:** https://edge.vinkius.com/vk_preview_J1X5Mp4zrXS79XWdJB4BRwxPOXiI9btWhHej1gyx/ai-agent-connect
- **Tags:** concrete, waffle-slab, structural-engineering, ribbed-slab, civil-engineering

## Description

This MCP server provides a complete suite of structural engineering tools for designing two-way ribbed concrete systems. It allows engineers to determine physical dimensions using `calculate_slab_geometry`, calculate necessary steel reinforcement with `calculate_reinforcement_requirements`, verify safety against punching failure via `verify_punching_shear_capacity`, and ensure serviceability using `check_deflection_limits`.

## Tools

### calculate_reinforcement_requirements
Requires the geometry object from calculate_slab_geometry.

Calculates the necessary steel area for bending and crack control

### calculate_slab_geometry
Determines the physical dimensions of the ribs and the total slab thickness

### check_deflection_limits
Requires the geometry object from calculate_slab_geometry.

Evaluates if the designed slab meets serviceability requirements for deflection

### verify_punching_shear_capacity
Requires the geometry object from calculate_slab_geometry.

Checks if the slab-column interface can withstand the concentrated load without punching failure

## Prompt Examples

**Prompt:** 
```
Calculate the geometry for a waffle slab with a 6m span, 10 kN/m² load, 500mm rib spacing, and 30 MPa concrete.
```

**Response:** 
```
The slab will have a rib width of 150mm, a rib height of 350mm, and a total slab thickness of 400mm.
```

**Prompt:** 
```
Check if a slab with 400mm thickness and 10 kN/m² load is safe against punching shear for a 300x300mm column.
```

**Response:** 
```
The slab is safe; the calculated shear capacity exceeds the applied shear force.
```

**Prompt:** 
```
What is the reinforcement needed for a 5m span, 12 kN/m² load, and fixed supports using the previously calculated geometry?
```

**Response:** 
```
The required reinforcement includes 450mm² of top slab steel, 320mm² of rib steel, and 150mm² of minimum shrinkage steel.
```

## Frequently Asked Questions

**What parameters are needed for geometry calculation?**
To use `calculate_slab_geometry`, you need the span in meters, the design load in kN/m², the rib spacing in mm, and the concrete strength in MPa.

**How do I check if my slab is safe from punching shear?**
You can use the `verify_punching_shear_capacity` tool by providing the slab geometry, the design load, and the dimensions of the supporting column.

**Can I design for different support conditions?**
Yes, the tools support 'simply_supported', 'continuous', and 'fixed' conditions to accurately model moment distribution and deflection.