The Experts below are selected from a list of 216 Experts worldwide ranked by ideXlab platform

Louis M. Castanier - One of the best experts on this subject based on the ideXlab platform.

  • SUPRI heavy oil Research program. Final report, February 22, 1990--March 21, 1992
    1993
    Co-Authors: William E. Brigham, Henry J. Ramey, Louis M. Castanier
    Abstract:

    This report summarizes the progress of the Research performed by the Stanford University Petroleum Research Institute (SUPRI) during the past three years. Some of SUPRI`s past results are discussed briefly for the following five projects: flow properties studies;in-situ combustion; additives to improve mobility control; reservoir definition; and support services. Abstracts of technical reports published from 1990--1993 are also included.

  • SUPRI heavy oil Research program
    1993
    Co-Authors: William E. Brigham, Henry J. Ramey, Louis M. Castanier
    Abstract:

    This report summarizes the progress of the Research performed by the Stanford University Petroleum Research Institute (SUPRI) during the past three years. Some of SUPRI's past results are discussed briefly for the following five projects: flow properties studies;in-situ combustion; additives to improve mobility control; reservoir definition; and support services. Abstracts of technical reports published from 1990--1993 are also included.

  • SUPRI (Stanford University Petroleum Research Institute) heavy oil Research program
    1990
    Co-Authors: William E. Brigham, Henry J. Ramey, Khalid Aziz, Louis M. Castanier
    Abstract:

    This report is a summary of the work performed under Department of Energy contract FG19-87BC14126 during the period February 22, 1987 to February 21, 1990. During that period the Stanford University Petroleum Research Institute has published twenty-two technical reports and professional papers. This report presents in general terms the scope of work of SUPRI which is divided in five main projects: reservoir properties, in-situ combustion, improvement of steam injection by additives, well-to-well formation evaluation, and field support services. The results obtained during the period of performance of the contract are then presented in the form of abstracts from the technical reports and papers written during the period of performance.

William E. Brigham - One of the best experts on this subject based on the ideXlab platform.

  • SUPRI heavy oil Research program. Final report, February 22, 1990--March 21, 1992
    1993
    Co-Authors: William E. Brigham, Henry J. Ramey, Louis M. Castanier
    Abstract:

    This report summarizes the progress of the Research performed by the Stanford University Petroleum Research Institute (SUPRI) during the past three years. Some of SUPRI`s past results are discussed briefly for the following five projects: flow properties studies;in-situ combustion; additives to improve mobility control; reservoir definition; and support services. Abstracts of technical reports published from 1990--1993 are also included.

  • SUPRI heavy oil Research program
    1993
    Co-Authors: William E. Brigham, Henry J. Ramey, Louis M. Castanier
    Abstract:

    This report summarizes the progress of the Research performed by the Stanford University Petroleum Research Institute (SUPRI) during the past three years. Some of SUPRI's past results are discussed briefly for the following five projects: flow properties studies;in-situ combustion; additives to improve mobility control; reservoir definition; and support services. Abstracts of technical reports published from 1990--1993 are also included.

  • SUPRI (Stanford University Petroleum Research Institute) heavy oil Research program
    1990
    Co-Authors: William E. Brigham, Henry J. Ramey, Khalid Aziz, Louis M. Castanier
    Abstract:

    This report is a summary of the work performed under Department of Energy contract FG19-87BC14126 during the period February 22, 1987 to February 21, 1990. During that period the Stanford University Petroleum Research Institute has published twenty-two technical reports and professional papers. This report presents in general terms the scope of work of SUPRI which is divided in five main projects: reservoir properties, in-situ combustion, improvement of steam injection by additives, well-to-well formation evaluation, and field support services. The results obtained during the period of performance of the contract are then presented in the form of abstracts from the technical reports and papers written during the period of performance.

V.b. Tran - One of the best experts on this subject based on the ideXlab platform.

  • IEEE Visualization - Visualization of scalar data defined on a structured grid-applications to Petroleum Research
    Proceedings of the First IEEE Conference on Visualization: Visualization `90, 1990
    Co-Authors: J.l. Pajon, V.b. Tran
    Abstract:

    We will describe in this article some simple visualization techniques that may be used to explore dynamic 3D scalar fields in an interactive way. Scalar data are assumed to have been already computed, and graphic manipulations are done afterwards on a graphics workstation. Structured grids (finite difference grids) are used, leading to an easy and fast exploration of the interior of a volume. Smooth animation and simultaneous visualization of two or three scalar fields are also described. We have tested our methods on various types of data issuing from different fields of Petroleum engineering, i.e. oil reservoir simulation, geophysics, geology and combustion engine simulations.A demonstration videotape is available.

  • Visualization of scalar data defined on a structured grid-applications to Petroleum Research
    Proceedings of the First IEEE Conference on Visualization: Visualization `90, 1990
    Co-Authors: J.l. Pajon, V.b. Tran
    Abstract:

    The authors describe some simple visualization techniques that may be used to explore dynamic three-dimensional scalar fields in an interactive way. Scalar data are assumed to have been already computed, and graphic manipulations are done afterwards on a graphics workstation. Structured grids (finite-difference grids) are used, leading to an easy and fast exploration of the interior of a volume. Smooth animation and simultaneous visualization of two or three scalar fields is described. These methods were tested on various types of data from different fields of Petroleum engineering, i.e. oil reservoir simulation, geophysics, geology, and combustion engine simulations.

Henry J. Ramey - One of the best experts on this subject based on the ideXlab platform.

  • SUPRI heavy oil Research program. Final report, February 22, 1990--March 21, 1992
    1993
    Co-Authors: William E. Brigham, Henry J. Ramey, Louis M. Castanier
    Abstract:

    This report summarizes the progress of the Research performed by the Stanford University Petroleum Research Institute (SUPRI) during the past three years. Some of SUPRI`s past results are discussed briefly for the following five projects: flow properties studies;in-situ combustion; additives to improve mobility control; reservoir definition; and support services. Abstracts of technical reports published from 1990--1993 are also included.

  • SUPRI heavy oil Research program
    1993
    Co-Authors: William E. Brigham, Henry J. Ramey, Louis M. Castanier
    Abstract:

    This report summarizes the progress of the Research performed by the Stanford University Petroleum Research Institute (SUPRI) during the past three years. Some of SUPRI's past results are discussed briefly for the following five projects: flow properties studies;in-situ combustion; additives to improve mobility control; reservoir definition; and support services. Abstracts of technical reports published from 1990--1993 are also included.

  • SUPRI (Stanford University Petroleum Research Institute) heavy oil Research program
    1990
    Co-Authors: William E. Brigham, Henry J. Ramey, Khalid Aziz, Louis M. Castanier
    Abstract:

    This report is a summary of the work performed under Department of Energy contract FG19-87BC14126 during the period February 22, 1987 to February 21, 1990. During that period the Stanford University Petroleum Research Institute has published twenty-two technical reports and professional papers. This report presents in general terms the scope of work of SUPRI which is divided in five main projects: reservoir properties, in-situ combustion, improvement of steam injection by additives, well-to-well formation evaluation, and field support services. The results obtained during the period of performance of the contract are then presented in the form of abstracts from the technical reports and papers written during the period of performance.

J.l. Pajon - One of the best experts on this subject based on the ideXlab platform.

  • IEEE Visualization - Visualization of scalar data defined on a structured grid-applications to Petroleum Research
    Proceedings of the First IEEE Conference on Visualization: Visualization `90, 1990
    Co-Authors: J.l. Pajon, V.b. Tran
    Abstract:

    We will describe in this article some simple visualization techniques that may be used to explore dynamic 3D scalar fields in an interactive way. Scalar data are assumed to have been already computed, and graphic manipulations are done afterwards on a graphics workstation. Structured grids (finite difference grids) are used, leading to an easy and fast exploration of the interior of a volume. Smooth animation and simultaneous visualization of two or three scalar fields are also described. We have tested our methods on various types of data issuing from different fields of Petroleum engineering, i.e. oil reservoir simulation, geophysics, geology and combustion engine simulations.A demonstration videotape is available.

  • Visualization of scalar data defined on a structured grid-applications to Petroleum Research
    Proceedings of the First IEEE Conference on Visualization: Visualization `90, 1990
    Co-Authors: J.l. Pajon, V.b. Tran
    Abstract:

    The authors describe some simple visualization techniques that may be used to explore dynamic three-dimensional scalar fields in an interactive way. Scalar data are assumed to have been already computed, and graphic manipulations are done afterwards on a graphics workstation. Structured grids (finite-difference grids) are used, leading to an easy and fast exploration of the interior of a volume. Smooth animation and simultaneous visualization of two or three scalar fields is described. These methods were tested on various types of data from different fields of Petroleum engineering, i.e. oil reservoir simulation, geophysics, geology, and combustion engine simulations.