AIcrete Solutions predicts compressive strength, derives tensile strength, elastic modulus, pulse velocity, embodied carbon, and cost — with compliance checks across 10+ international standards. No lab. No waiting weeks.
Be first to access AIcrete Solutions when we launch. Free for early adopters.
Platform already live — try it now
⚡ Launch AIcrete App ↗Ultra-High Performance Concrete offers extraordinary strength — but designing the right mix has always required weeks of laboratory trial and error, specialist expertise, and significant cost.
From a single mix design input, AIcrete delivers a complete engineering analysis — in seconds.
Predicts 28-day compressive strength with R²=0.98. Extended model adds curing temperature, max aggregate size, and humidity — curing temperature alone contributes 26% of model importance.
Predicted compressive strength at 1, 3, 7, 28, 56, and 90 days — a full maturity curve for construction programme planning, demoulding decisions, and prestress timing.
Predicts slump flow from mix design with cement type differentiation (CEM I 42.5/52.5, Type V HS, CEM II, CEM III). R²=0.85, ±14mm accuracy on 1,175 mixes.
Predicts first cracking strength, residual strength f150 (R²=0.95) and f600 (R²=0.87), and strain capacity — defining UHPC's full structural response curve beyond the elastic range.
Predicts flexural strength, split tensile, toughness, 56-day shrinkage, porosity, and design life by exposure class (DC-1 to DC-4X). All from one mix design entry.
Instant pass/fail compliance checks against 12 international design standards simultaneously — Eurocode 2, ACI 318, AASHTO, JSCE, AS 3600, SANS, and more.
Embodied carbon estimation, GBP cost per m³, and a Net Zero Concrete Score — optimise for performance and carbon together. Prove that UHPC strength and low carbon are compatible.
AI-guided search finds the optimal mix for your target strength, sustainability, and cost priorities automatically. Save results directly to History.
Vary any parameter across its full range and see exactly how all predicted properties respond — identify the most influential mix components for your design.
Understand exactly why the model predicted what it did. SHAP values show which mix components drove the result and by how much — for any mix design.
Compare up to 3 UHPC mix designs side by side across all predicted properties, compliance status, carbon, and cost. One view, complete picture.
Professional multi-page report covering all predictions, compliance results, sustainability analysis, and charts — including fresh-state and durability sections. Ready to share with clients.
Select your country's design code and AIcrete automatically applies the correct formulas for elastic modulus, tensile strength, and compliance thresholds.
Input your UHPC mix design — cement, SCMs, water, superplasticiser, fibres, and other components.
Choose from 10+ international design codes. The platform applies the correct formulas and compliance thresholds automatically.
AI predicts compressive strength. Derived properties, compliance status, sustainability score, and cost are calculated instantly.
Download a professional PDF report with all results, charts, compliance checks, and AI recommendations. Share with clients or colleagues.
Within 24 hours of launch, our first beta tester — a precast manufacturer — tested AIcrete against real laboratory data. Here's what happened.
"Predicted 120 MPa against our laboratory result of 115 MPa — within 5% accuracy. Innovative and highly relevant for the precast and ready-mix industry. Strong commercial potential."
Feedback from our first beta testers — engineers and industry professionals from around the world.
"Innovative and highly relevant solution for the concrete industry. Strong commercial potential. Predicted 120 MPa against our laboratory result of 115 MPa — within 5% accuracy."
"The platform's focus on innovative AI-driven technology, sustainability, and resilience represents a strong value proposition and is highly relevant to the future of infrastructure delivery."
"The platform appears well thought out and addresses a practical industry need. I particularly like the focus on improving mix design efficiency and reducing trial-and-error in concrete production."
"It is a promising initiative, especially given the strong alignment with sustainability and innovation in the civil engineering field. The multi-standard compliance checking functions are highly practical."
AIcrete Solutions is currently in final development. Join the waitlist to get early access, a founding-member discount, and direct input on features before public launch.