Properties of wellbore cement with nanoparticles

Laboratory data were collected and saved in Excel spreadsheets. This includes grinding of the nanoparticles, fluid loss, consistometer, tensile testing, UCS, shear bond, and thickening time testing. The laboratory data Excel files were created after each test was run to ensure that all data was collected in a timely manner. FEA (Finite Element Analysis) data were saved as generated and as images after each simulation was run. These simulations are done in ANSYS. Any design of equipment has been created and saved as a Word document. The dataset is organized with a subdirectory dedicated to each Task identified by the project, defined in the files contained in the Reports subdirectory. (Task 1 = Finite Element Analysis using conventional parameters, Task 2 = Cement design methodology and storage/nanoparticle preparation, Task 3 = Cement fluid loss and rheology testing, Task 4 = Cement thickening time testing, Task 5 = Brazilian testing, Task 6 = UCS and shear bond testing, Task 9 = FEA model validity of study parameters). There are two model versions: PR1-FEA_Model and PR3-FEA_Model, which represent conventional information and parameters obtained by the current study, respectively. Test results may be named to indicate multiple analysis of multiple samples of the same formulation, run in order to minimize any error related to the presence of cracks and micro-fractures.本数据集的实验室数据均采集并存储于Excel电子表格中，涵盖纳米颗粒研磨、滤失量测试、稠化仪测试、拉伸试验、单轴抗压强度（Unconfined Compressive Strength，简称UCS）、剪切粘结强度测试及稠化时间试验。所有实验室数据Excel文件均在单次测试完成后即时创建，以保障所有数据均被及时采集留存。有限元分析（Finite Element Analysis，简称FEA）数据将按生成格式保存，且每次模拟完成后均导出为图像文件，所有模拟均基于ANSYS软件完成。所有设备设计方案均已创建并存储为Word文档。本数据集按任务分组，每个任务对应专属子目录，任务定义由Reports子目录下的文件明确，具体任务如下：任务1：采用常规参数开展的有限元分析；任务2：固井设计方法与存储/纳米颗粒制备；任务3：固井滤失量与流变学测试；任务4：固井稠化时间测试；任务5：巴西劈裂试验；任务6：单轴抗压强度（Unconfined Compressive Strength，简称UCS）与剪切粘结强度测试；任务9：研究参数下的有限元分析模型有效性验证。本数据集包含两类模型版本：PR1-FEA_Model与PR3-FEA_Model，二者分别对应常规参数与本研究获取的实测参数。测试结果的命名可用于标识同一配方下多组试样的多次分析，此举旨在尽可能降低由裂缝与微裂缝引发的测试误差。