MBP — Mathias Betong Program (2D FEM)

1. 2D Shape & Box Builder Vol: 2.40 m³

Active Box / Stage

Shape Name

Width W (mm)

Height H (mm)

Out-of-Plane Thickness Z (mm)

Pouring Temp T₀ (°C)

2. Corners & Sides (Alter Shape)

Sides / Walls (Click to Configure):

3. Concrete Material (Eurocode 2)

E₂₈ Modulus (GPa)

Tensile f_ctm,28 (MPa)

Potential Heat Q (kJ/kg)

Hydration τ (hours)

Creep Factor φ_eff

Save Mix Name

Save Scope

4. Simulation, Rebar & Larger Builds

Duration (hours)

Time Step (hours)

Ambient Temp (°C)

Day/Night Swing ± (°C)

Mesh Size (mm)

2D Formulation

Surface Rebar (EC2 Crack Width w_k)

Rebar Ø (mm)

Spacing c/c (mm)

Concrete Cover c (mm)

🚚 Larger Builds (Multi-Truck)

Click any wall of the box to configure its formwork, stripping time, and restraint. Scroll to zoom, middle-drag or Shift+drag to pan.

Selected Wall Inspector Bottom Wall

Wall Name

Quick Wall Preset

Thermal Boundary Conditions

Thermal Type

Formwork Layer

Layer Thickness (mm)

Layer λ (W/m·K)

Strip Time t_strip (h)

Post-Strip Curing

Wind Speed v (m/s)

Local Ambient (°C)

5.4

h_eq Before Strip (W/m²K)

13.6

h_eq After Strip (W/m²K)

Mechanical Wall Restraint

Restraint Preset

Restraint Mode

❄️ Cooling Pipes / 🔥 Heating & Sensors

Pipe / Cable Temp (°C)

Pipe Diameter (mm)

Active Until (hours)

Simulation KPIs

Peak T (°C)

Max ΔT (°C)

Peak u (σ₁/f_ct)

🤖 AI & Engineering Advisor

Optional External LLM API Settings

API URL

API Key

Model

Click 'Analyze Now' or '🤖 AI Optimize' after running a simulation for concrete optimization tips.