Publication profile
Publication profile
Audun Sektnan
Name:
Audun Sektnan
Title:
Forsker / Research Scientist
Phone:
(+47) +47 22 85 26 44 Mob: +47 924 45 011
Email:
sek [at] nr [dot] no
Scientific areas:
Geological surfaces, Seismic depth conversion, COHIBA development

Add to contacts (vCard) Show publications
Academic article
2022
Conditioning geological surfaces to horizontal wells. Computational Geosciences (ISSN 1420-0597). doi: 10.1007/s10596-022-10154-6. 2022.
. A Tree Representation of Plurigaussian Truncation Rules. ECMOR Proceedings doi: 10.3997/2214-4609.202244066. 2022.
. Lecture
2019
Getting the zonation right. A synthetic real-time case study. COHIBA workshop 2019; Oslo, 11/5/2019 - 11/6/2019.
. Getting the most out of your deep directional resistivity data. Cohiba workshop 2019; Oslo, 11/5/2019 - 11/6/2019.
. A novel implementation of the LinVel model. Cohiba workshop 2019; Oslo, 11/5/2019 - 11/6/2019.
. Report
2020
COHIBA User Manual Version 6.1. Norsk Regnesentral. NR-notat SAND/05/20. pp 245. 2020.
. Dip point coordinates in COHIBA. Norsk Regnesentral. NR-notat SAND/15/20. pp 12. 2020.
. 2019
Correlating intervals that share common reference surface. Norsk Regnesentral. NR-notat SAND/03/2019. pp 13. 2019.
. COHIBA User Manual Version 6.0. Norsk Regnesentral. NR-notat SAND/06/2019. pp 235. 2019.
. Increasing subsurface accuracy with COHIBA by taking advantage of resistivity contrasts. Norsk Regnesentral. NR-notat SAND/04/2019. pp 12. 2019.
. 2018
Valhall study using Cohiba. Norsk Regnesentral. NR-notat SAND/06/18. 2018.
.
. 2017
. 2016
The ISCWSA model essentials and implementation. Norwegian Computing Center. NR-notat SAND/04/16. 2016.
.

Name: | Audun Sektnan |
Title: | Forsker / Research Scientist |
Phone: | (+47) +47 22 85 26 44 Mob: +47 924 45 011 |
Email: | sek [at] nr [dot] no |
Scientific areas: | Geological surfaces, Seismic depth conversion, COHIBA development |
![]() | Add to contacts (vCard) |
Show publications |
Academic article
2022
Conditioning geological surfaces to horizontal wells. Computational Geosciences (ISSN 1420-0597). doi: 10.1007/s10596-022-10154-6. 2022.
. A Tree Representation of Plurigaussian Truncation Rules. ECMOR Proceedings doi: 10.3997/2214-4609.202244066. 2022.
. Lecture
2019
Getting the zonation right. A synthetic real-time case study. COHIBA workshop 2019; Oslo, 11/5/2019 - 11/6/2019.
. Getting the most out of your deep directional resistivity data. Cohiba workshop 2019; Oslo, 11/5/2019 - 11/6/2019.
. A novel implementation of the LinVel model. Cohiba workshop 2019; Oslo, 11/5/2019 - 11/6/2019.
. Report
2020
COHIBA User Manual Version 6.1. Norsk Regnesentral. NR-notat SAND/05/20. pp 245. 2020.
. Dip point coordinates in COHIBA. Norsk Regnesentral. NR-notat SAND/15/20. pp 12. 2020.
. 2019
Correlating intervals that share common reference surface. Norsk Regnesentral. NR-notat SAND/03/2019. pp 13. 2019.
. COHIBA User Manual Version 6.0. Norsk Regnesentral. NR-notat SAND/06/2019. pp 235. 2019.
. Increasing subsurface accuracy with COHIBA by taking advantage of resistivity contrasts. Norsk Regnesentral. NR-notat SAND/04/2019. pp 12. 2019.
. 2018
Valhall study using Cohiba. Norsk Regnesentral. NR-notat SAND/06/18. 2018.
.
. 2017
. 2016
The ISCWSA model essentials and implementation. Norwegian Computing Center. NR-notat SAND/04/16. 2016.
.