Habibollah Sadeghi
Publications
2024
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2024)
A steel joint for driven precast concrete geothermal energy pile foundations.
Invention Disclosure
Academic article
-
Sadeghi, Habibollah;
Jalali, Ramin;
Singh, Rao Martand.
(2024)
A review of borehole thermal energy storage and its integration into district heating systems.
Renewable and Sustainable Energy Reviews
Academic literature review
2023
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2023)
A novel joint for driven concrete geothermal energy pile foundations.
Engineering structures
Academic article
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2023)
Casting and installation of segmental precast quadratic concrete driven geothermal energy piles.
Symposium on Energy Geotechnics 2023
Abstract
2022
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2022)
Driven precast concrete geothermal energy piles: Current state of knowledge.
Building and Environment
Academic article
-
Sadeghi, Habibollah;
Ijaz, Amir;
Singh, Rao Martand.
(2022)
Current status of heat pumps in Norway and analysis of their performance and payback time.
Sustainable Energy Technologies and Assessments
Academic literature review
2021
-
Sadeghi, Habibollah;
Pak, Ali;
Pakzad, Amin;
Ayoubi, Peyman.
(2021)
Numerical-probabilistic modeling of the liquefaction-induced free fields settlement.
Soil Dynamics and Earthquake Engineering
Academic article
Journal publications
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2024)
A steel joint for driven precast concrete geothermal energy pile foundations.
Invention Disclosure
Academic article
-
Sadeghi, Habibollah;
Jalali, Ramin;
Singh, Rao Martand.
(2024)
A review of borehole thermal energy storage and its integration into district heating systems.
Renewable and Sustainable Energy Reviews
Academic literature review
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2023)
A novel joint for driven concrete geothermal energy pile foundations.
Engineering structures
Academic article
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2023)
Casting and installation of segmental precast quadratic concrete driven geothermal energy piles.
Symposium on Energy Geotechnics 2023
Abstract
-
Sadeghi, Habibollah;
Singh, Rao Martand.
(2022)
Driven precast concrete geothermal energy piles: Current state of knowledge.
Building and Environment
Academic article
-
Sadeghi, Habibollah;
Ijaz, Amir;
Singh, Rao Martand.
(2022)
Current status of heat pumps in Norway and analysis of their performance and payback time.
Sustainable Energy Technologies and Assessments
Academic literature review
-
Sadeghi, Habibollah;
Pak, Ali;
Pakzad, Amin;
Ayoubi, Peyman.
(2021)
Numerical-probabilistic modeling of the liquefaction-induced free fields settlement.
Soil Dynamics and Earthquake Engineering
Academic article
Outreach
Denne byggeløsningen henter varme rett fra jorda
Med en helt ny type pæleskjøt kan jordvarme hentes direkte via pælene som forankrer bygg i bakken. Oppfinnelsen gjør det enklere, raskere, billigere og tryggere å utnytte miljøvennlig energi.
Jordvarme via Betong Pæler
Løsningen er et av prosjektene ved NTNU Technology Transfer (TTO) som er kommet langt i utviklingen mot å bli et produkt tilgjengelig i markedet. Doktorgradsstipendiat Habibollah Sadeghi utvikler ideen.
Construction solution extracts heat directly from the earth
Using a completely new piling joint, geothermal heat can be extracted directly via the piles used to anchor buildings in the ground. The invention makes it easier, quicker, cheaper and safer to use environmentally friendly energy.
Steel joint facilitates extraction of geothermal heat
A steel piling joint for concrete pile foundations under buildings, which also extracts geothermal energy, is reportedly quicker, cheaper and safer to use than boring separate wells.
Varme fra bakken uten å bore
TRONDHEIM: De fundamenterer bygget og får energi på kjøpet. NTNU-forsker Habibollah Sadeghi har laget nye pæler som overtar jobben til dyre energibrønner.
First pre-cast driven energy piles installed in Norway
Engineers at the Norwegian University of Science and Technology (NTNU) have successfully installed Norway’s first pre-cast concrete driven energy piles.
Ny NTNU-oppfinnelse kan gjøre veien til oppvarming via jordvarme kortere og enklere
Ferdigstøpte, geotermiske betongpæler kan bli standard i fremtidens nybygg, og bidra til å dekke 60-70 prosent av byggets behov for oppvarming og nedkjøling, ifølge NTNU Technology Transfer.