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所在平台: Udemy |
课程主页: https://www.udemy.com/course/reservoir-simulation-of-oil-and-gas-reservoirs/
课程评论：没有评论
**课程名称：** 油气藏数值模拟 (Reservoir simulation of oil and gas reservoirs) **课程概述：** 本课程面向石油、油藏、生产等地下部门的工程师和从业人员，以及需要理解油藏数值模拟基础理论及其在预测油藏性能应用方面的学者和研究人员。 **课程目标：** * **全面掌握油藏数值模拟模型的概念：** 深入理解油藏模拟的基础理论，以及油藏模拟研究的基本要素规划。 * **设计油藏模型：** 学习如何规划油藏模型的概念、选择岩石和流体属性数据、确定网格尺寸和时间步长等。 * **理解数学原理：** 掌握油藏数值模拟的数学基础，包括微分方程、空间离散化和基本的有限差分方程。 * **理解井管理：** 了解井管理常规、结构和序列逻辑，个体井行为以及所需数据。 * **熟练操作模拟软件：** 学习如何构建和理解模拟数据文件的所有部分，以便正确上传到模拟器，运行模拟，检查输出文件并分析结果。 * **进行历史匹配：** 掌握检查输入数据、进行历史匹配技术（考虑特殊因素），以建立能够重现实际油田数据的模型。 * **制定开发策略：** 准备必要输入数据，制定油藏开发策略，进行带约束或不带约束的预测，以更好地预测油藏性能。 * **进行敏感性分析：** 学习对油藏参数进行敏感性分析，以研究参数变化对模拟结果的影响。 **目标学员：** * 石油、油藏、生产等领域的工程师和从业人员。 * 对油藏数值模拟感兴趣的学术界和研究人员。
This course is dedicated to the engineers and personal working in the subsurface departments petroleum / reservoir / production … as well as to academics, researchers who needs to understand the reservoir simulation background theory and its application to predict reservoir performanceGain a full knowledge of the fundamental concepts of the reservoir simulation model, basic elements planning of the reservoir simulation study.Understand how to design the reservoir models (Model concepts, Selecting the rock and fluid properties data, grid size and time steps sizes, etc.Understand the mathematical basis of reservoir simulation, differential equations, spatial discretization, and basic finite difference equations.Realize overall design of a well-Management routine, structure and sequence logic, individual well behaviour, and data requirement.Learn how to construct and understand all the sections of the simulation data file to upload it correctly into the simulator; run the simulation, check the output files and analyse the results.Learn how to check the input data, perform the History Matching technique by taking some special considerations, thus getting a model reproducing the observed field data.Prepare the necessary input data to make development strategy of the reservoir and run predictions with/without constraints for a better forecasting of the reservoir performance.Apply sensitivities analysis on reservoir parameters to study the effect, changes on the results.
