FVCOM 3D Numerical Simulation of Hydrodynamics, Water Exchange, Dispersion and Transport of Oil Spills丨FVCOM Model Watershed, Numerical Simulation Method of Marine Water Environment

基于FVCOM模型的3D Hydrodynamics、水交换、溢油物质扩散及输运数值模拟

Water exchange in coastal waters is a basic proposition of marine environmental research, Contaminants mix with surrounding water bodies through physical processes such as convective transport and dilution-diffusion, exchanged with open water, 浓度降低, Water quality is improved.Poor exchange of water bodies, due to the continuous accumulation of pollutants, Problems such as eutrophication tend to develop.Substances in water bodies、The distribution of pollutants is closely related to the material transport process in water bodies.Oil pollution of water bodies usually comes from sudden oil spills,Environmental pollution caused by oil spills will reduce the use value of water bodies and ecosystem services,The construction of numerical simulation of oil spill accident can provide decision-making basis for emergency response after oil spill.
本教程基于FVCOMthe hydrodynamic module、Dye module、粒子追踪模块,Designed by means of numerical simulations,Solve the problems of water exchange and pollutant migration and diffusion、Oil spills and material transport issues.The study is divided into ten parts,应用性较强,通过本教程的学习,Can have independent numerical simulation watershed、Ocean Hydrodynamics,Solve the problems of water exchange and pollutant diffusion、capacity for oil spills and material transport issues,to solve scientific research、工作中的实际问题.

///  基 于 FVCOM模型 的 三 维 水 动 力、水 交 换、溢 油 物 质 扩 散 及 输 运 数 值 模 拟

第一章 FVCOM基础理论	Introduction to mainstream ocean numerical models and their characteristics FVCOM水动力模块、Dye module、An introduction to the governing equations of the Particle Tracing Module FVCOMAn introduction to numerical methods FVCOMProgram calculation flow introduction FVCOMDetailed explanation of the solution process derivation
第二章 FVCOM运行环境部署	虚拟机安装及配置 Linux系统安装配置 Linux系统下FVCOM常用命令介绍 INTEL编译器安装配置 OPENMPI安装配置 NETCDFLibrary installation configuration Linux环境变量配置 实操练习：FVCOMThe operating environment is established and the hydrodynamic example is run
第三章 FVCOM3D Hydrodynamics Numerical simulation preprocessing	Shoreline data extraction and processing Acquisition and processing of terrain data SMSUnstructured triangular mesh generation SMS网格划分、Detailed optimization techniques SMSTerrain data interpolation 实操练习：Extraction of the coastline of a certain sea area,SMSGenerate optimization and terrain interpolation PythonPre-processing use and detailed explanation MatlabPre-processing use and detailed explanation ChinatidePre-processing use and detailed explanation 实操练习：coastline of a seaFVCOMRun all the required file builds
第四章 FVCOM3D Hydrodynamics 数值模拟	FVCOM Compilation and detailed explanation of all modules FVCOMModel-solvable problem introduction FVCOMDetailed explanation of all parameters required for operation 案例讲解：a sea areaFVCOMParameter settings for 3D hydrodynamic numerical simulation FVCOMVisual variable inspection at runtime 实操练习：使用FVCOMCarry out a three-dimensional hydrodynamic numerical simulation of a certain sea area
第五章 FVCOMVisualization and calibration method of 3D hydrodynamic calculation results	FVCOMView hydrodynamic calculation result files and detailed explanation of all variables MatlabDraw a contour map of the water level、Flow field vector illustration FVCOMIntroduction to common hydrodynamic calibration methods 案例讲解：Calibration of hydrodynamic calculation results in a certain sea area 实操练习：FVCOMVisualization of hydrodynamic calculation results
第六章 FVCOMThree-dimensional water exchange and the spread of pollutants Numerical simulation and preprocessing	该问题FVCOMDocumentation required for numerical simulations meet the more practical needs of this problemFVCOM源码修改 FVCOMThe dye module compiles The initial field setting method and file making of the problem The problem boundary condition setting method and file making FVCOMRiver file production and trial operation FVCOMWind farm data download、File production and trial operation The problem parameter setting 案例+实操练习：the problem in a certain sea areaFVCOM数值模拟
第七章 FVCOMThree-dimensional water exchange and the spread of pollutants Visualization and results analysis methods	该问题FVCOMVisualization of numerical simulation results Total tracer concentrations were plotted and analyzed over time Tracer retention time and half-exchange time were plotted and analyzed Tracer level distribution and time evolution mapping and analysis 案例+实操练习：a sea areaFVCOMVisual analysis of the results of the problem
第八章 FVCOM3D Oil Spill & Material transport problems Numerical simulation and preprocessing	该问题FVCOMDocumentation required for numerical simulations FVCOMThe particle tracking module compiles The problem particle release file is made The problem parameter setting 案例+实操练习：the problem in a certain sea areaFVCOM数值模拟
第九章 FVCOM3D Oil Spill & Material transport problems Visualization and results analysis methods	该问题FVCOMVisualization of numerical simulation results Particle spatiotemporal distribution mapping and analysis Particle transport trajectory mapping and analysis The influence of different dynamic factors on the results is plotted and analyzed Euler residual flow mapping and analysis Lagrange Residues and Analysis 案例+实操练习：a sea areaFVCOMVisual analysis of the results of the problem
第十章 Summary review and 问题答疑	FVCOMA review of the hydrodynamic numerical simulation process FVCOMA review of numerical simulation procedures for water exchange and pollutant dispersion FVCOMReview of Numerical Simulation Process for Oil Spill and Material Transport 问题答疑

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 FVCOM流域、Numerical simulation methods and practical technical applications of marine water environment

FVCOMIt has certain advantages in the nearshore water environment simulation,For example, it is easy to fit shorelines and local refinement by using unstructured triangular meshes,垂向σThe coordinate system is easy to fit the bottom boundary terrain,The dry-wet discriminant method deals with the tidal flat dynamic boundary,The inner and outer molds are split to save calculation time, etc.This tutorial includes a theoretical explanation of the fundamentals of ocean numerical models,Linux操作系统下FVCOM运行环境搭建,应用FVCOMCarry out the watershed、Ocean Hydrodynamics、温盐、Numerical simulation of water quality,水动力、温盐、Calibration of numerical simulation results of water quality、Introduction to related frontier issues, etc.This study has strong application value,Enable students to independently simulate watersheds、Ocean Hydrodynamics、capacity of the water environment,for better research、Practical problems at work provide the foundation.

/// FVCOM 流 域、海 洋 水 环 境 数 值 模 拟 方 法 及 实 践 技 术 应 用

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