Case Study Balcony thermal bridge — faster than THERM
[PLACEHOLDER — one-paragraph, anonymised summary of a real customer: who they are, what they modelled, and the outcome. To be written by the owner from a real interview.]
[PLACEHOLDER — one-paragraph, anonymised summary of a real customer: who they are, what they modelled, and the outcome. To be written by the owner from a real interview.]
[PLACEHOLDER — anonymised: e.g. "a facade engineer at a mid-size consulting firm in Poland" — no real name or company until the customer agrees.]
[PLACEHOLDER — the detail: e.g. a concrete balcony slab penetrating an insulated external wall, solved for ψ (linear thermal transmittance) per EN ISO 10211.]
| Task | ThermX | LBNL THERM |
|---|---|---|
| Build geometry + materials | [PLACEHOLDER — e.g. ~15 min] | [PLACEHOLDER — e.g. ~40 min] |
| Mesh + solve | [PLACEHOLDER — e.g. ~2 min, GPU] | [PLACEHOLDER — e.g. ~10 min] |
| ψ-value + fRsi report | [PLACEHOLDER — automatic] | [PLACEHOLDER — manual spreadsheet] |
[PLACEHOLDER — one sentence on the total time saved. All numbers must come from the customer.]
[PLACEHOLDER — a screenshot of the customer's anonymised ThermX report goes below. TODO: drop a real exported PDF/PNG into /assets and reference it here; use a redacted version.]
[PLACEHOLDER — the customer's own words, quoted with permission. Not invented.]
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