Quality & process
Nothing leaves us unchecked. Every Revit model is clash-checked to zero; every CFD case is checked for energy balance and mesh.
Revit MEP: checked before delivery
Every model gets a clash check, a device-connection check and an error list before delivery. Clashes are 0 at delivery, or each remaining one is agreed with you.
- Open-end check — every unconnected duct, pipe and tray end is listed. The only open ends left are the ones that are open on the drawing.
- Device check — fans, dampers, terminals, sprinklers, fixtures, lights and panels are connected into their systems; any device with a free connector is reported.
- Assumption report — every inherited size or elevation and every guess is listed, with a preview image of what was recognised, so you can check it before modelling.
- Clash check — ducts, pipes, trays, conduits and devices are checked against columns and beams and against each other; the demo project: 465 elements, 0 clashes. Wall penetrations are listed for sleeves.
- Accuracy check (optional) — if you have a manually built reference model, the generated model is compared element by element: missing, extra, moved and resized items.
Result of the demo project
You receive
Native Revit model (.rvt) · clash report · QA report (open ends, devices, assumptions) · shaded 3D views (PNG) · accuracy report when a reference model is supplied.
CFD: checked before delivery
| Case | Mesh | Iterations | Energy balance |
|---|---|---|---|
| Data hall (open / contained) | 109 k | 1200 / 1500 | 0.015% / 0.21% |
| Cold plate CHT | 448 k | 600 | < 0.001% |
| Dry-cooler cluster (wind) | 553 k | 500 | < 0.001% |
- Energy balance — heat in vs. heat out for every case — see the table.
- Mesh sensitivity — key results re-run on a refined mesh; the change is reported.
- Correlation check — tube heat transfer and pressure drop vs. Gnielinski / Darcy; tube-in-tube case within 7.6% of Gnielinski.
- Near-wall mesh — y⁺ checked for CHT; first cell down to 30 µm (y⁺ ≈ 0.5) when needed.
- Assumption list — every assumption (loads, flows, ambient) listed for your confirmation.
Process
Revit MEP
Send your drawings
DWG plans with sizes and elevations, plus your layer standard and Revit template if you have one.
Recognition preview
We send back what was recognised and a list of open questions before any modelling.
Model + QA
The Revit model is built, joined into systems and checked.
Delivery
Revit model, 3D views, QA and clash reports. Fixes from your review included.
Thermal CFD
Send your data
3D model or drawings, equipment data, your questions.
Scope
We reply with the model scope, cases and assumptions to confirm.
Model & solve
Interim results shared; key assumptions confirmed first.
Delivery
Report in English or Chinese, contours and data; revisions included.
Have drawings ready?
Send your DWG plans, the floors and systems in scope, and your deadline.