| 1. | Numerical simulation of non - newtonian fluid
非牛顿流体油藏数值模拟研究 |
| 2. | A numerical simulation research on reservoir with non - newtonian fluid
非牛顿流体油藏数值模拟理论研究 |
| 3. | A method for evaluating the results of numerical reservoir simulation
油藏数值模拟效果的定量评价方法 |
| 4. | Beta - type simulator
型油藏数值模拟体系 |
| 5. | A new method of numerical simulation for naturally microfractured low - permeability reservoir
含天然微裂缝变形介质油藏数值模拟方法 |
| 6. | Numerical simulation and development adjustment scheme design of ma - 2 fault block oil reservoir
马2断块油藏数值模拟及开发调整方案设计 |
| 7. | Numerical simulation of abnormal pressure and low permeability carbonate reservoirs in kenjiyake
肯基亚克异常高压特低渗透碳酸盐油藏数值模拟 |
| 8. | Application of reservoir numerical simulation technology in the infilling - adjusted lower wuerhe formation
油藏数值模拟技术在克拉玛依油田八区下乌尔禾组加密调整中的应用 |
| 9. | According to the analyses of the research results about the feasibility of 4 - d seismic and the successful 4 - d seismic cases of foreign companies , the author put forward the suggestions for 4 - d seismic pilot area selection ; briefly analyzed the influential function of producing way on the seismic response ; utilized theory calculation , coring data analyses , and reservoir numerical simulation to define the fluid substitution effects on the p - wave velocity . through long time water driven to the reservoir , some of the properties and the log curves have changed , the author tried to find the variation rule of the reservoir and its effects on seismic velocity . the " blind point " in 4 - d seismic feasibility study both in china and overseas was found , that is the lack of consideration of the influence of physical property variation by long time water driven on the seismic response
在深入分析国外四维地震可行性研究成果和成功实例的基础上，提出了有利于水驱四维地震成功的工区优选条件；简要剖析了各种开采方式及其对地震特性的影响；利用理论计算、岩心分析、油藏数值模拟三种方法确定了流体替代对纵波速度的影响；通过对长期水驱造成的物性参数、测井曲线以及油藏温度和压力变化规律的总结，分析了这些变化对地震速度的影响，指出了目前国内外水驱四维地震可行性研究中存在的盲区?没有充分考虑长期注水造成的物性、温度和压力变化对地震响应的影响，完善了水驱四维地震可行性研究的内容；在考虑了这些变化因素后，高29断块水驱四维地震可行性研究结果表明：四维地震监测注水前沿可能要比监测油藏变化容易的多；以四维地震岩石物理可行性研究结果为基础，提出了五个有助于突出四维地震造成的微小差异的途径，为今后水驱四维地震研究指明了方向。 |
| 10. | 7 , three - dimension quantificational geology model has been built by means of gauss random modeling method and shown ; at the same time , three - dimension data body has been input into oil reservoir numerical model , and we achieve actual integration study of geology and numerical model
7 、运用高斯型随机建模方法建立了三维定量地质模型，且显示三维地质模型;同时将三维数据体输入油藏数值模拟，实现了地质模型与数值模拟真正的一体化研究，而且地质模型经油藏数值模拟历史拟合验证表明精度高，符合地下客观情况。 |
