GeoHydraulics Research Group

Solid and fluid bodies are the main natural components in the world. Rock, soil, and fluid construct the hydrogeology and engineering geology fields. The interactive phenomena between the coupled solid and fluid bodies are complex and their mechanisms play an important role for these disciplines. Therefore, the investigation and realization of the coupled interactive phenomena between solid and fluid bodies can enhance the scientific development and engineering applications in the hydrogeology and engineering geology fields.

The main topics in Geohydraulics Research Group (GHRG) include:
1. Theory improvements and basic investigations of the coupled solid and fluid theory,
2. The applications and case studies of the coupled solid and fluid theory, and
3. The investigations of the mechanisms and phenomena in the system of earthquakes and hydrology.

Except for the investigations in the coupled solid and fluid systems, GHRG also involves the field of groundwater exploitation and management. The basic hydrogeology investigations and modeling technique improvements can help Taiwan’s government dealing with the topics of groundwater exploitation and management. The developing techniques can also help Taiwan’s industries in hydraulic and environmental fields connecting the international industries.

土水力學研究室簡介

自然界中,固體與流體為主要的組成元素,而水文地質與工程地質領域中,岩體、土體與流體普遍存在。其中之固體與流體間存在耦合交互作用機制,如固體變形引起流體壓力變化,而流體壓力變化亦影響固體變形等。因此,研究與瞭解固體與流體間之交互作用機制,有助於水文地質與工程地質相關領域之科學研究發展與工程案例應用。

本研究室土水力學研究方向分為三大主軸:
1. 土水耦合理論之發展與基礎研究
2. 水耦合理論之應用與案例分析(包含:地層下陷、處置場與地熱開發等)
3. 地震水文現象之機制研討

除了土水力學之基礎研究與應用發展之外,本研究室亦將投入地下水資源開發與管理之範疇。藉由水文地質之基礎研究與模擬技術之發展,協助台灣進行地下水資源開發與管理,並提供相關技術給台灣產業界推展國際業務,促進台灣水利與環保產業之發展。

Browse Times: (from 2018/12/27)

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