Frey, M. (2023): Integrated Exploration, Geothermal Modelling and Techno-Economic Resource Assessment of the Crystalline Basement in the Northern Upper Rhine Graben. – 235 p., 19 Fig., 2 Tab., Dissertation, TU Darmstadt ( (opens in new tab)) Download
Weydt, L. M. (2023): Reservoir characterization of super-hot unconventional geothermal systems, Mexico. – 181 p., 72 Fig., 27 Tab., Dissertation, TU Darmstadt ( (opens in new tab)) Download
González García, H. (2023): Sustainability assessment of geothermal systems under exploitation: Los Humeros, Mexico, as a study case. – 120 p., 20 Fig., 17 Tab., Dissertation, TU Darmstadt ( (opens in new tab)) Download
Hemmatabady, H. (2022): Geothermal Systems in District Heating and Cooling: Multi-objective and Artificial Neural Network Methods for Exergo- and Enviro-economic Optimization. – 175 p., 47 Fig., 17 Tab., Dissertation, TU Darmstadt ( (opens in new tab)) Download
Formhals, J. (2022): Object-oriented modelling of solar district heating grids with underground thermal energy storage. – 196 p., 42 Fig., 5 Tab., Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Heldmann, C.-D. (2021): Der hydrothermale Aquifer des Hochstegenmarmors im Tuxertal, Österreich. – 204 p., 53 Fig., 30 Tab., Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Pham, H. T. (2020): Extended fully coupled analysis of consolidation using the finite element method. – 81 p., 14 Fig., Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Chauhan, S. (2019): Phase Segmentation and Analysis of Tomographic Rock Images Using Machine Learning Techniques. – 162 p., 27 Fig., 6 Tab., Dissertation, TU Darmstadt. () Download
Welsch, B. (2019): Technical, Environmental and Economic Assessment of Medium Deep Borehole Thermal Energy Storage Systems. – 79 p., 35 Fig., 8 Tab., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Schäffer, R. (2018): Hydrochemische Methoden zur geothermalen Erkundung und Charakterisierung von Thermalwässern. – 69 p., 22 Fig., 15 Tab., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Schulte, D. O. (2016): Simulation and Optimization of Medium Deep Borehole Thermal Energy Storage Systems. – 132 p., 17 Fig., 6 Tab., 6 Append., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) ( Download) Anhänge
Stegner J. (2016): Bestimmung thermischer Materialkennwerte von Erdkabelbettungen. – 186 p., 95 Fig., 28 Tab., 4 Append., Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Rüther, J. (2016): Poröse Polyethylenfilter für geothermische Brunnen – Leistungsvermögen und Alterationsverhalten. – 191 p., 114 Fig., 28 Tab., 42 Append., Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Pei, L. (2016): Temperature Dependency of Compressibility and Thermal Strain of Limestone: Implications on Thermal Deformation of Calcitic Reservoir Rocks. – 94 p., Dissertation, TU Darmstadt.
Aretz, A. (2015): Aufschlussanalogstudie zur geothermischen Reservoircharakterisierung des Permokarbons im nördlichen Oberrheingraben. – 203 p., 121 Fig., 10 Tab., 3 Append., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Anbergen, H. (2015): Prüfverfahren zur Bestimmung des Frost-Tau-Wechseleinflusses auf Hinterfüllbaustoffe für Erdwärmesonden. – 196 p., 87 Fig., 17 Tab., 4 Append., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Homuth, S. (2014): Aufschlussanalogstudie zur Charakterisierung oberjurassischer geothermischer Karbonatreservoire im Molassebecken. – 267 p., 168 Fig., 42 Tab., 4 Append., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Bär, K. M. (2012): Untersuchung der tiefengeothermischen Potenziale von Hessen. – 265 p., 111 Fig., 28 Tab., 6 Append., 1 DVD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) ( Download (opens in new tab)) Anhänge
Al-Zyoud, S. (2012): Geothermal Cooling in Arid Regions: An Investigation of the Jordanian Harrat Aquifer System. – 140 p., 61 Fig., 16 Tab., 1 CD-ROM, Dissertation, TU Darmstadt. ( (opens in new tab)) Download
Burbaum, U. (2009): Adhäsion bindiger Böden an Werkstoffoberflächen von Tunnelvortriebsmachinen. – 207 p., 108 Fig., 27 Tab., 6 Append., Dissertation, TU Darmstadt. ( (opens in new tab)) Download