OPTIFOUND

Audit and Optimize Building Foundation Structure Design

Foundation Design Input

Project & Code

Project Id

Location

Designer

Design Code

Geometry & Column

Footing type

Breadth (m)

Length (m)

Thickness (m)

Clear cover (m)

Depth Df (m)

Column size X (m)

Column size Y (m)

Pedestal size X (m)

Pedestal size Y (m)

Pedestal height (m)

Column eccentricity ex (m)

Column eccentricity ey (m)

Column bar dia (mm)

No. of column bars

Embed depth in footing (mm)

Bar type

Deformed bars

Materials & Soil

Concrete compressive strength (fck) (MPa)

Steel yield strength (fy) (MPa)

Unit weight of concrete (γc) (kN/m³)

Unit weight of soil (γ) (kN/m³)

Net soil bearing capacity (SBC) (kN/m²)

SBC short-term factor

Angle of internal friction (φ) (deg)

Coefficient of friction at base (μ)

Reinforcement & Cost

Bottom bar dia X (mm)

Bottom bar dia Y (mm)

Bottom spacing X (mm)

Bottom spacing Y (mm)

Concrete unit cost (₹/m³)

Steel unit cost (₹/kg)

Top bars provided?

Yes

Design Options

Check sliding

Check overturning

Use trapezoidal pressure

Apply SBC increase for EQ/Wind

Check temperature effects

Check Geotechnical ULS Bearing

Check service flexure / crack

Exact biaxial pressure integration

Geotech settlement verified externally

Options control how the engine behaves; they do not change the raw input loads.

Load Combinations

Id	Limit State	Cat	Role	γ	N	Mx	My	Hx	Hy	W	EQ	T

Results

Checks

Check	Combo	Demand	Capacity	Utilization

Cost & Summary

Concrete volume:-

Steel weight:-

Concrete cost:-

Steel cost:-

Total cost:-