Five overnight parametric installation engineering demos, two contractor-targeted briefs, and a 1-page capability summary. Everything below is meant to be sent directly to a prospective client.
Pick the brief that matches your audience and pair with one or two of the demos below.
1-screen brief on installation engineering screening, operability envelopes, and contractor-specific tooling. Built for procurement & engineering managers.
For floating offshore windPre-FEED / early-FEED mooring concept screening on the OC4-DeepCwind public reference. Explicit screening-tier scope; no IEC over-claim.
Each demo is one parametric overnight run with a 30-second walkthrough GIF embedded. Send the URL directly or paste the GIF into a follow-up.
680 parametric cases across 3 pipe sizes & rigid jumpers. DNV-RP-F105 simplified VIV with seabed-gap correction.
Demo 2 · pipeline design72 parametric cases under ASME B31.4/B31.8, DNV-OS-F101, API 1111 simultaneously. Conservative governing-code ranking.
Demo 3 · subsea installation180 cases across vessel RAO, sea state, mudmat geometry. DNV H103 coupled with OrcaFlex screening.
Demo 4 · marine operations60 parametric cases. Vessel-RAO and sag-bend tension sensitivity across the sea-state envelope.
Demo 5 · subsea installationManifold-to-PLET jumper. 27 OrcaFlex line sections auto-generated; 81/81 validated tests.
Demo 6 · station-keeping (template)Catenary, taut, and hybrid mooring concept screening. Quasi-static stiffness and frequency-domain response trends. Page values are illustrative public-reference until a project run is commissioned.
The shortest answer to "what does AceEngineer do?" — one page, sendable as an attachment.
Download Capability Summary (PDF, 1 page)Quickest path to a 48-hour parametric run on your data: email with the vessel/structure type, location, and one or two design questions. We pre-stage the canonical models, so the turnaround is the run, not the setup.