Thermal resistance of borehole heat exchangers composed of multiple loops and custom shapes

Author:

Koenig AA

Publisher

Springer Science and Business Media LLC

Subject

Economic Geology,Geotechnical Engineering and Engineering Geology,Renewable Energy, Sustainability and the Environment

Reference23 articles.

1. Al-Koury R, Bonnier PG, Brinkgreve RB (2005) Efficient finite element formulation for geothermal heating systems. Part I: steady-state. Int J Numerical Methods Eng 63(7):933–1013, Pt. II: Transient, IJNME 67 (2006) 5, 725–745

2. Agreenability, J R (2014) TWISTER high efficiency geothermal heat exchanger. IGSHPA Conference, Baltimore, MD

3. ARB Geowell, Koenig A (2014) A new HDPE pipe loop for single well residential opportunity. Paper presented at the PGWA winter conference, Grantsville, PA, 23–24 January 2014

4. Beier RA, Ewbank GN (2012) In-situ thermal response test interpretations: OG and E ground source heat exchange study. IGSHPA, OKSU

5. Crecraft H, Mahlmann J, Rehau in-situ thermal performance testing Bowman Geothermal, LLC, Chantilly, VA: http://www.rehau.com/download/866550/borehole-thermal-conductivity-report.pdf

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