Add to ORKGA robust reservoir simulator should be able to produce accurate results at a reasonable computational cost for a wide range of reservoir models. Depending on the application, the size and char-acteristics of the reservoir data will be very different, as will th
Main parts of oil and gas reserves are stored in fractured reservoirs. Simulation of multiphase flow...
Recent developments in streamline methods now allow for streamline-based reservoir simulators to be ...
The continuous progress of reservoir monitoring technology provides encouraging capacities to reduce...
For the past 10 years or so, a number of so-called multiscale methods have been developed as an alte...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Simulation of petroleum reservoirs is becoming more and more complex due to increasing necessity to ...
Vita.Geostatistical techniques generate fine-scale reservoir description that integrates data from c...
In this thesis, we discuss multiscale simulation techniques for flow and transport in porous media, ...
The topic of this thesis is streamline-based integration of dynamic data for porous media systems, p...
textReservoir characterization techniques have made possible geological reservoir models with multi-...
Nowadays reservoir simulators are indispensable tools to reservoir engineers. They are widely used i...
Dans cette thèse, nous proposons deux algorithmes multi-échelles pour la simulation de modèles géolo...
This talk will focus on simulation of flow in strongly heterogeneous oil reservoirs. The main purpos...
In the past decades, considerable effort has been put into developing high resolution geological mod...
We present an efficient workflow that combines multiscale (MS) forward simulation and stochastic gra...
Main parts of oil and gas reserves are stored in fractured reservoirs. Simulation of multiphase flow...
Recent developments in streamline methods now allow for streamline-based reservoir simulators to be ...
The continuous progress of reservoir monitoring technology provides encouraging capacities to reduce...
For the past 10 years or so, a number of so-called multiscale methods have been developed as an alte...
Due to the character of the original source materials and the nature of batch digitization, quality ...
Simulation of petroleum reservoirs is becoming more and more complex due to increasing necessity to ...
Vita.Geostatistical techniques generate fine-scale reservoir description that integrates data from c...
In this thesis, we discuss multiscale simulation techniques for flow and transport in porous media, ...
The topic of this thesis is streamline-based integration of dynamic data for porous media systems, p...
textReservoir characterization techniques have made possible geological reservoir models with multi-...
Nowadays reservoir simulators are indispensable tools to reservoir engineers. They are widely used i...
Dans cette thèse, nous proposons deux algorithmes multi-échelles pour la simulation de modèles géolo...
This talk will focus on simulation of flow in strongly heterogeneous oil reservoirs. The main purpos...
In the past decades, considerable effort has been put into developing high resolution geological mod...
We present an efficient workflow that combines multiscale (MS) forward simulation and stochastic gra...
Main parts of oil and gas reserves are stored in fractured reservoirs. Simulation of multiphase flow...
Recent developments in streamline methods now allow for streamline-based reservoir simulators to be ...
The continuous progress of reservoir monitoring technology provides encouraging capacities to reduce...