Columbus AISYSTEM

SCENARIO MODELING

ReservoirLab

Make the effects of assumptions comparable.

Organize terrain, water-level and reservoir-combination scenarios. Compare geometric results and sensitive conditions to identify which assumptions need further investigation.

THE RESEARCH QUESTION

Which assumptions could change the judgment?

From input to research output

WORKFLOW
  1. 01

    Define scenarios

    Specify levels, boundaries and combinations for the same research object.

  2. 02

    Compute geometry

    Calculate spatial geometry while separating results from engineering assumptions.

  3. 03

    Compare effects

    Examine differences to identify conditions worth investigating.

RESEARCH INPUT

  • Terrain geometry and elevation
  • Reference levels and reservoir combinations
  • Alternative scenario assumptions

RESEARCH OUTPUT

  • Area, volume and related spatial results
  • Differences between scenarios
  • Assumptions that influence the results

Using the results

Comparison is not automatic optimization. Spatial calculation, domain modeling and research judgment have distinct roles.

View the interface illustration
ReservoirLab: AI-generated interface illustration with example data, not a capture of the operational software.
AI-generated interface illustration with example data, not a capture of the operational software.
RESEARCH BOUNDARY

Terrain geometry is not full engineering feasibility. Design parameters, operating conditions and engineering conclusions require appropriate models and specialist studies.

Return to original records to examine the assumptions behind a scenario.SiteCheck