MLchartDataset catalogue

Classical reservoir modeling

Term · Oil and gas · MLC-T-OAG-000684

An approach to reservoir simulation that relies on analytical or semi-analytical methods rather than detailed numerical grids. This technique uses simplified representations of the reservoir geometry and fluid flow physics to make rapid predictions about well performance and recovery. Classical methods include material balance calculations, decline curve analysis, and coning correlations, which are still applied for initial screening and history matching.

Table 1. Record
IdentifierMLC-T-OAG-000684
FieldOil and gas
SubjectReservoir Characterization
Record as JSON
{
  "id": "MLC-T-OAG-000684",
  "term": "Classical reservoir modeling",
  "field": "Oil and gas",
  "definition": "An approach to reservoir simulation that relies on analytical or semi-analytical methods rather than detailed numerical grids. This technique uses simplified representations of the reservoir geometry and fluid flow physics to make rapid predictions about well performance and recovery. Classical methods include material balance calculations, decline curve analysis, and coning correlations, which are still applied for initial screening and history matching.",
  "subject": "Reservoir Characterization",
  "url": "https://mlchart.com/terminology/oil-and-gas/classical-reservoir-modeling/"
}

Record 740 of 4,499 in Oil and gas terminology (MLC-0103). Request the full dataset.