在此基础上，进行多角度，多手段观察和操作建立的模型，为工程地质条件的分析评价提供可视化的手段。
On the basis, observing and operating the model from different Angle and methods to provide means of visualization for analyzing and evaluating geological condition of engineering.
因此，建立合理的长江堤防工程地质信息处理模型及其成熟的技术方法具有重要的意义。
Therefore, it is important to constitute reasonable Changjiang River embankment engineering geological information processing model and to get this technical method mature.
通过沉积相研究，可以帮助油藏工程师建立油藏地质概念模型，为地震资料的数字处理解释奠定了基础。
The reservoir engineers can build geological model of the reservoir according to the research of the sediment facies, and make a basis for the processing and interpretation of the seismic data.
依据隧址区工程地质特征，建立通—渝深埋公路隧道1：1实体模型。
Based on engineering geological features of tunnel setting, a1:1 hypostatic model of Tong-Yu deep buried highway tunnel is built.
以京唐港地区地质条件为模型，对大口径井点降水进行了详细的分析，对大口径井点降水在实际工程应用具有理论参考价值。
Taking the geological condition in the harbour district Jingtang Port as the model, the detail analysis on lowering water level by large diameter well point are given in the paper.
针对滑坡治理方案优化选择的复杂性及不确定性，充分考虑地质资料、施工条件、工程经济及环境影响等综合因素，构造多目标优选模型。
Aiming at the complexity and the uncertainty of optimal selection of landslide treatment scheme, taking the geological data, execution conditions, engineering economy, environmental influence and etc.
多项工程地质环境质量损益经济评价模型；
The evaluation model for quality of multi - engineering geological environment;
三维地质实体模型的建立对于工程设计和决策具有十分重要的意义。
Three - dimensional geological solid modeling is of great importance to engineering design and decision - making.
分析了影响西安市区综合工程地质质量的主要因素，采用模糊数学方法建立了建筑场地综合工程地质质量评判模型。
The paper analyses the key factors influencing on the comprehensive engineering geological quality in Xi 'an City and sets up the model by fuzzy maths to evaluate the construction sites.
结合湛江港某码头工程基桩，用模型试验模拟现场地质情况，对港口单桩、排架桩基负摩擦力进行模型试验。
The test of negative skin friction along the single pile or wharf bent piles, which is modeled after piles of ZanJiang harbor, is studied.
该文应用统计理论以及确定性模型的基本原理，评价了地质工程领域中的地质现象特征。
Applying the basic principles of statistic theory and determined models, the article tries to evaluate the characteristics of geological phenomena in the field of geological engineering.
模型的识别与验证结果表明，所建立的数学模型是合理的，工程区水文地质条件的概化、获得的参数组合符合实际情况。
After calibrating and verifying the model, we can draw the conclusion that the mathematic model was correct, and the generalization of the hydrogeological conditions and the parameters are reasonable.
在石油物探、工程地质等领域通常需要建立复杂的三维地层模型，并利用模型进行模拟计算或地质研究。
In the fields of the geophysical exploration and geology engineering, 3-dimension layer models need to be constructed for simulation or research.
论文从龙蟠地区的基本地质环境入手，分析了工程区的地貌地质特征，以此获取了客观的计算模型。
The paper makes a analysis for natures of the basic geological environment and for the geomorphology features in Longpan dam region;
工程实例表明，所建立的地质缺陷的蠕变分析模型能较好地反映地质缺陷对大坝结构性态的影响。
Engineering cases have indicated that the present creep analytic model perfectly reflects the effects of geologic defects on dam characters.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
同时建立相应的地质信息数据库，将三维地质模型与数据库信息链接起来，实现工程地质信息的可视化管理与查询。
At the same time, setting up relevant database of geological information, to link 3d geological model to information in database for visual management and inquiry.
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