Overnight Parametric Engineering

Send a design matrix at 6 PM. Get hundreds of validated, auditable results by morning. Every calculation traces to its international standard. Powered by digitalmodel — open-source Python for offshore engineering.

1,292 Cases across 5 demos
5 Engineering disciplines
6 International standards
< 8 hrs Overnight turnaround

Download Capability Summary (PDF, 1 page)

Live Engineering Demos

Each demo runs a real parametric analysis, generates validated results, and produces an auditable HTML report.

Pipeline freespan VIV screening analysis — 680 parametric cases across 3 pipe sizes
DEMO 01

Pipeline Freespan / VIV Screening

DNV-RP-F105 • DNV-RP-F110

Automated screening of pipeline freespans for vortex-induced vibration and static stress. Parametric sweep across 3 pipe sizes, 5 current velocities, and multiple gap ratios — including in-line and cross-flow response.

680 parametric cases
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Multi-code wall thickness comparison — 72 parametric cases across 3 design codes
DEMO 02

Pipeline Wall Thickness — Multi-Code Comparison

ASME B31.4 • ASME B31.8 • DNV-OS-F101

Burst and collapse wall thickness checks across 6 pipe sizes, 3 design codes, and 4 operating pressures. Automated comparison highlights code-to-code differences and governing cases.

72 parametric cases
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Deepwater mudmat installation analysis — 180 parametric cases
DEMO 03

Deepwater Mudmat Installation

DNV-RP-H103 • OrcaFlex time-domain

Time-domain installation analysis for subsea mudmat foundations. Full factorial sweep of 2 vessels, 6 water depths, 3 mudmat sizes, and 5 sea states — with crane tip motions, sling tensions, and operational weather windows.

180 parametric cases
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Shallow water pipeline S-lay installation — 60 parametric cases
DEMO 04

Shallow Water Pipeline Installation (S-lay)

DNV-OS-F101 • OrcaFlex time-domain

S-lay pipeline installation analysis with stinger geometry, vessel RAOs, and departure angle optimisation. Sweep of 2 lay vessels, 5 pipe sizes, and 6 water depths — with sagbend strain, stinger tip departure, and lay tension extraction.

60 parametric cases
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Subsea jumper installation analysis — 300 parametric cases
DEMO 05

Subsea Jumper Installation

DNV-RP-H103 • OrcaFlex time-domain

Deepwater rigid jumper lift and installation analysis. Full factorial sweep across 2 vessels, 6 water depths, 5 jumper lengths, and 5 sea states — with crane utilisation, sling tension, and operational limits for each combination.

300 parametric cases
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Mooring & station-keeping screening template — concept comparison across catenary, taut, and hybrid arrangements
DEMO 06

Mooring & Station-Keeping Screening

DNV-OS-E301 • API RP 2SK • quasi-static + frequency-domain

Mooring concept screening across catenary, taut, and hybrid arrangements. Quasi-static stiffness and frequency-domain response trends for early-FEED concept ranking. Page values are illustrative public-reference until a project run is commissioned.

Demo template — awaiting project values
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Cross-Demo Comparison

Side-by-side view of the 5 fully rendered overnight demo runs — scope, parametric dimensions, case counts, and automation value at a glance. Demo 06 (mooring) is a template; its parametric run is generated per prospect on submission.

Comparison matrix across all 5 parametric engineering demos

How It Works

Every demo follows the same auditable, repeatable pipeline.

1. Declarative Input

You provide a YAML spec with your design matrix — pipe sizes, water depths, sea states, vessel data. No code changes required.

2. Automated Analysis

digitalmodel runs the parametric sweep overnight: code-checked calculations, OrcaFlex batch runs, post-processing, and validation against international standards.

3. Auditable Output

Results arrive as interactive HTML reports with plotted data, governing cases highlighted, and full traceability to the standard clause.

Compound engineering Enforcement Orchestrator-worker Knowledge parity
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Ready to Automate Your Analysis?

Send us your design matrix. We'll run a pilot analysis overnight and return validated results — free for the first engagement.

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Or email us directly: support@aceengineer.com