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所在平台: Udemy |
课程主页: https://www.udemy.com/course/reservoir-engineering-fundamentals/
课程评论：没有评论
Coursera 上的“油藏工程基础”课程是一门面向科学与工程专业学生（包括本科生和研究生）的全面课程。该课程结合了学术理论与 VISION 组织的实践经验，旨在加深学员对油藏工程的理解。 课程内容涵盖： * **油藏流体性质：** 重点讲解多烃混合物的性质，包括原油、凝析油和天然气藏。 * **油藏体积计算与压力分析：** 学习油藏体积计算方法，解决流体压力相关问题，计算油水界面（WOC）和气油界面（GOC），并介绍驱动机制和采收率估算。 * **物质平衡法（Material Balance）：** 深入讲解用于油藏和气藏的物质平衡方程，以及如何利用该方程确定含水饱和度、流体压力接触。 * **波及效率（Displacement Efficiency）：** 介绍如何利用二次采油采气方法，并包含详细的数学推导。 * **产量递减分析（Decline Curve Analysis）：** 学习如何预测油气井的生产和产量，识别不同类型的产量递减（指数、谐波、双曲线）。 总之，该课程为学生提供了理解和应用油藏工程核心原理所需的知识和技能。
New and Improved Fully Detailed Reservoir Engineering Course Provided by VISION for students and graduates.This course provides Science & Engineering students with the main academic principles, and practical aspects to properly extend their comprehension and understanding. This course is a combination of academical and technical work experience provided by VISION organization. The course start with an introduction on reservoir fluids properties for multi-hydrocarbon mixtures (Black/Condensate oil/ and gas reservoirs). going forward, the course walks you through the reservoir volumetric and how to solve issues related to fluid pressure regimes to calculate the WOC and GOC, in addition, it approached the drive mechanisms and recovery factor estimation.Next chapters, are in depth lectures on Material Balance and MB for oil reservoirs and gas reservoirs, also, how to determine the water saturation and fluid pressure contacts using the material balance equation. The fifth chapter is the Displacement efficiency it shows you how to use secondary methods for oil and gas recovers, with all mathematical evidence indluced.The last chapter which is the Decline Curve Analysis, discusses forecasting of oil and gas production through the half life of the oil/gas well, and how to identify the type of decline in production (Exponential, Harmonic, Hyperbolic).
