Optum Computational Engineering was established by a team of civil engineering academics and consultants in 2013. The team has since grown to include software architects, programmers, geotechnical engineering professionals and academics from around the world.

Our vision is to make geotechnical software, which is above all user friendly and time saving and share it with the world. We are constantly working on bettering ourselves and creating new features and software.

On this channel, you will find tutorials and demos from our programs. Feel free to contact us, if you have a subject, you would like us to bring up.

Guest-speaker: High-performance fibres in concrete
1:10:38
Guest-speaker: High-performance fibres in concrete
Optum video med undertekster 2
1:09
Optum video med undertekster 2
Stability of seabed slopes - Automated design using OPTUM GX
58:56
Stability of seabed slopes - Automated design using OPTUM GX
Machine Learning Methods in Geotechnical Engineering
1:18:24
Machine Learning Methods in Geotechnical Engineering
Example 58 - result set
0:06
Example 58 - result set
Monopile
1:04
Monopile
Example 69
0:43
Example 69
A high-cycle model for sand
1:10:26
A high-cycle model for sand
Design of monopiles for cyclic loading
1:06:26
Design of monopiles for cyclic loading
Recent developments in modelling of soil-pipe interaction
56:45
Recent developments in modelling of soil-pipe interaction
Application of layout optimization in engineering analysis and design
1:07:13
Application of layout optimization in engineering analysis and design
Beispiel 8 - Berechnung eines Tunnelbauwerks mit OPTUM G2
1:03:54
Beispiel 8 - Berechnung eines Tunnelbauwerks mit OPTUM G2
Beispiel 7 - Berechnung eines Baugrubenverbaus (2-fach rückverankerte Bohrpfahlwand) mit OPTUM G2
1:04:27
Beispiel 7 - Berechnung eines Baugrubenverbaus (2-fach rückverankerte Bohrpfahlwand) mit OPTUM G2
Beispiel 6 - Berechnung eines Dammes auf weichem Untergrund mit OPTUM G2
58:32
Beispiel 6 - Berechnung eines Dammes auf weichem Untergrund mit OPTUM G2
Beispiel 5 - Berechnung einer Winkelstützwand / Schwergewichtsstützwand mit OPTUM G2
59:25
Beispiel 5 - Berechnung einer Winkelstützwand / Schwergewichtsstützwand mit OPTUM G2
Einführung II in das Softwarepaket OPTUM G2
1:01:34
Einführung II in das Softwarepaket OPTUM G2
Beispiel 4 - Berechnung einer Nagelwand mit OPTUM G2
56:52
Beispiel 4 - Berechnung einer Nagelwand mit OPTUM G2
Beispiel 2 - Berechnung eines durchströmten Dammes mit OPTUM G2
55:34
Beispiel 2 - Berechnung eines durchströmten Dammes mit OPTUM G2
Beispiel 1 - Berechnung einer Gabionen KBE Konstruktion mit OPTUM G2
1:07:43
Beispiel 1 - Berechnung einer Gabionen KBE Konstruktion mit OPTUM G2
Einführung in das Softwarepaket OPTUM G2
52:38
Einführung in das Softwarepaket OPTUM G2
SANISAND-F: A fabric-based sand constitutive framework within anisotropic critical state theory
1:10:55
SANISAND-F: A fabric-based sand constitutive framework within anisotropic critical state theory
The granular genome: an alternative to constitutive modelling
1:14:34
The granular genome: an alternative to constitutive modelling
Foundations for offshore wind turbines
1:05:12
Foundations for offshore wind turbines
Adaptive Finite Element Methods
1:02:15
Adaptive Finite Element Methods
Tracking time in crunchy soft media
1:09:16
Tracking time in crunchy soft media
Multiscale Modeling of Granular Media
1:10:58
Multiscale Modeling of Granular Media
Predicting the onset & post-failure of geomaterials
1:05:17
Predicting the onset & post-failure of geomaterials
Seabed pipe-soil interaction
58:05
Seabed pipe-soil interaction
Suction pile foundation design in OPTUM G2 and OPTUM G3
53:15
Suction pile foundation design in OPTUM G2 and OPTUM G3
OPTUM G3 Tectonics
0:11
OPTUM G3 Tectonics