Calculate ψ-values, 2D temperature fields, and Glaser condensation risks directly from your CAD geometry. Powered by finite element analysis, transparent AI material sourcing, and AI-assisted optimisation.
Psiclops 2D FEA resolves exact heat flux vectors for this junction, reducing the ψ-value from 1.000 to 0.041 W/(m·K), 95.9% lower than the assessment default.
Psiclops combines standards-based thermal and moisture analysis in a single workflow. Model the construction you actually designed and get traceable U-values, thermal bridging, interstitial condensation and annual moisture behaviour in a single standards-based report.
Full 2D steady-state finite element analysis of real construction geometry, calculating temperature distributions and linear thermal transmittance (ψ) in accordance with EN ISO 10211.
Calculate U-values for multi-layer and repeating bridged constructions using the appropriate standards-based method, with 2D finite element analysis for non-uniform geometry.
ISO 13788 Glaser analysis from a single design month to a full 12-month moisture cycle, including 2D vapour field resolution for complex geometries.
Upload your DXF CAD detail, assign materials and boundary conditions, solve the construction automatically against the relevant assessment profile and generate a traceable, AI-narrated engineering report. No searching for material specifications, no mesh scripting, no manual grid building, no report writing.
See the workflow in action — all worked examples.
Most software merely calculates the problem. Psiclops helps you solve it. Once a model is solved, our AI optimisation engine evaluates the thermal and hygrothermal mechanics to suggest actionable engineering refinements.
Assesses condensation risk and mould vulnerability against fRsi thresholds and recommends material changes to improve both thermal and hygrothermal performance.
Explores heat flow and moisture paths through the geometry and suggests changes to overall performance within the existing construction.
Every material suggestion carries a provenance label and confidence score — sourced from ISO 10456, manufacturer datasheets or published standards.
Condensation risk detected between OSB Sheathing and PIR Insulation in Month 1 (Jan). Vapour pressure exceeds saturation pressure by 142 Pa.
Replacing mineral wool cavity infill with low-λ phenolic board (λ = 0.018 W/m·K) reduces linear thermal transmittance from ψ = 0.065 to 0.041.
In building physics, trust requires total visibility into calculations, inputs, and assumptions. Psiclops is engineered to be fully auditable by energy assessors, structural engineers, and compliance officers.
Validated against EN ISO 10211 reference test cases with results converging to less than 0.1% under mesh refinement.
Every material used cites its source and carries a provenance label wherever it is referenced.
Flanking element lengths, party-wall halving logic, and cut-off plane distances strictly enforced per conventions.
Shows the original construction alongside isotherm plot images, node temperatures, and self-sign or architect signatures.
| Verification Layer | Conventional workflow | Psiclops FEA Platform |
|---|---|---|
| EN ISO 10211 Test Cases | Typically validated manually or not documented | ✓ Automated test suite executed on every build |
| Material Conductivity Provenance | User-entered values, source not recorded | ✓ Provenance label and confidence score on every material |
| Assessment Convention Enforcement | User responsible for cut-off lengths and geometry rules | ✓ Automated geometry checks and warning flags |
| EN ISO 13788 Hygrothermal Analysis | Separate spreadsheet or manual calculation | ✓ Integrated month-by-month condensation and drying analysis |
No subscription required. Free where it should be free, fair where it costs.
Layer-by-layer assemblies, ISO 6946 U-value calculations, and condensation risk checks. No account needed.
Full 2D finite element thermal bridging analysis for linear junctions from DXF files.
Submit your completed reports for independent review by a qualified architect. Geometry, materials, boundary conditions and moisture analysis are checked against the submitted DXF and signed off.
Estimate the cost for your project. Your first junction is always free. Credits never expire — bundles save up to 30%.
Test your first junction today. Calculate a U-value, check condensation risks, or run a full EN ISO 10211 ψ-value calculation with your first free credit.