Graduated
Ting-Hsiang Tsai
蔡鼎翔
Development and Application of an Analytical Solution for Oscillatory Pumping Considering Lagging Theory
考慮延遲理論之振盪抽水解析解建立與應用
Lin Groundwater Hydraulics Group
People who turn groundwater questions into traceable research.
Student projects have advanced analytical well hydraulics, Lagging Theory, thermal-response interpretation, and uncertainty diagnostics.
6 graduate research contributors
3 student-involved papers highlighted from 2026
4 connected research lines
Faculty direction
One research programme, carried across water, heat, and uncertainty.
Principal investigator
Ying-Fan Lin
林穎凡
The group develops analytical models for groundwater and subsurface heat transport, then asks how model structure changes inferred parameters and engineering decisions. Lagging Theory provides a shared line of inquiry into non-instantaneous hydraulic response.
Graduate work
Completed projects remain part of the group's research record.
Thesis titles are shown in English and Traditional Chinese where the final title was supplied.
Graduated
Yu-Hsiang Lo
羅于翔
Applying Dual-Phase Lag Theory to Thermal Response Test in Thermal Energy Evaluation
應用雙相位延遲理論於地熱能評估之熱響應試驗
Graduated
Hsiang-Wen Wang
Thermal response testing, borehole grout heat storage, and thermal-parameter estimation
Graduated
Hao-Chu Chen
Lagging Theory and spatial parameter distributions
Graduated
Shao-Hsuan Chiu
Completed student research project
Graduated
Li-Chen Cheng
Hydraulic memory and uncertainty diagnostics in pressurized slug tests
Published evidence
Student work carried into peer-reviewed publications.
Each record links to its DOI and uses the first page of the published paper as its visual source.
Non-Integer Dimension Modeling and Sensitivity Diagnostics for Thermal Response Tests
This study uses a non-integer dimensional description and sensitivity diagnostics to examine how thermal-response-test behavior changes with geometry and parameter interactions.
Analytical Modeling of Grout Heat Storage Effects in Thermal Response Tests: Toward Faster and More Reliable Parameter Estimation
The analytical model retains heat stored in borehole grout, helping distinguish early-time grout effects from the later ground response used for thermal-property estimation.
Diagnosing Apparent Hydraulic Memory in Pressurized Slug Tests With a Lagging Theory Framework
The study separates apparent delayed recovery from a unique aquifer constant and uses Bayesian diagnostics to examine how pressure, scale, and model assumptions affect interpretation.
Author names above follow the journal records. Roster names follow the group record supplied for this website.
Research in public
Posters, questions, travel, and the conversations between them.
Conference participation is where derivations meet questions from outside the group.
Work with the group
Bring a groundwater response that the usual interpretation does not explain.
Suitable collaborations begin with a measured response, a forcing history, and a clear account of the decision that depends on the interpretation.
Start a technical conversation