Geotechnical Engineering | Seequent
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- Geotechnical Engineering | Seequent
- Hydraulics & Hydrology
- Mobility Simulation
- Offshore Structural Analysis
- Pipe Stress & Vessel Analysis
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- Project Delivery
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- All Topics
- Bridge Design
- Building Design
- CAD Modeling & Visualization
- Communication Tower Design
- Construction Management & Planning
- Geotechnical Engineering | Seequent
- Hydraulics & Hydrology
- Mobility Simulation
- Offshore Structural Analysis
- Pipe Stress & Vessel Analysis
- Plant Design
- Project Delivery
- Rail Design
- Reality & Spatial Modeling
- Roads & Site Design
- Structural Analysis & Detailing
- Utilities & Communication Networks
Geotechnical Engineering | Seequent Recent Articles
Flujo de trabajo geotĆ©cnico integrado La visiĆ³n de Seequent es proporcionar una serie de soluciones que se integren perfectamente en cada una de las etapas del desarrollo de infraestructura en obras subterrĆ”neas o que impliquen el estudio y anĆ”lisis del...
by Carlos Correa
Integrated Geotechnical Workflow The vision of Seequent, the Bentley Subsurface Company, is to provide a series of subsurface solutions that seamlessly integrate into each stage of infrastructure development. The workflow begins with field data collection and management with OpenGround, moves...
by Mehakdeep Singh
This blog is a part of the series Tunnel your way to success with PLAXIS. Underground construction is a complex endeavour. Leveraging rock masses as engineering materials requires overcoming many challenges. Any work needs to be carried out from within...
by Miquel Lahoz
This blog is a part of the series Tunnel your way to success with PLAXIS. Introduction This is the second blog covering the modelling of the Traditional Method of Madrid in PLAXIS 2D and 3D. For further details on the...
by ClƔudio Dias
This blog is a part of the series Tunnel your way to success with PLAXIS. Introduction The Traditional Method of Madrid is a method for tunnel construction that has been used for tunnelling in the Madrid Metro network since 1917...
by ClƔudio Dias
We present an analysis of turbulent flow in a straight pipe depicted in the animation and pressure drop diagram above. Although this problem can be solved more efficiently using 2-D axisymmetric elements, we used 3-D elements as a demonstration. The...
by Bentley Expert