CAJ | 학술논문

Delft-3D是由荷兰水力研究院(Delft Hydraulics)开发设计的三维或二维可视水动力-水质联合模拟软件系统,可全面仿真水域的三维或二维循环水流水质情况.该模型不仅考虑了复杂的流体力学问题和输送过程,还考虑到众多与有关水体相关的物理、化学和生物的相互作用,使仿真结果较先前使用的水质及水力模型仿真套件所作的预测更为可靠和准确.该研究以Delft-3D软件为技术平台,对饮用水水源地花道泡引水初期的水质进行了模拟预测,初步确定了水体适合农业灌溉和生活饮用的时间,并且给当地的决策部门提出了一些建议.
Delft-3D시유하란수력연구원(Delft Hydraulics)개발설계적삼유혹이유가시수동력-수질연합모의연건계통,가전면방진수역적삼유혹이유순배수류수질정황.해모형불부고필료복잡적류체역학문제화수송과정,환고필도음다여유관수체상관적물리、화학화생물적상호작용,사방진결과교선전사용적수질급수력모형방진투건소작적예측경위가고화준학.해연구이Delft-3D연건위기술평태,대음용수수원지화도포인수초기적수질진행료모의예측,초보학정료수체괄합농업관개화생활음용적시간,병차급당지적결책부문제출료일사건의.
Delft-3D software system was designed by the water power academe of Netherlands (Delft Hydraulics).And it could be used to simulate the changes of hydraulics and water quality in two directions or three directions.The models not only think of complicated hydrodynamics questions and transportation process, but also think of many physical chemical and biological reciprocity, which makes the results more credibility and reliable.By using Delft-3D, the water quality of the first three years in Huadao Reservoir was simulated the time to irrigate and drink was defined.And some suggestions were given for local decision-making departments.