Retaining systems are an essential part of any substructure construction. Just as vital is the confidence that they will be safe – and stay safe – at every point in their life. PLAXIS offers the rare ability to analyze not only a wide variety of retaining systems but do so across every phase of their life cycles, helping to isolate the weakest phases and in turn make structures safer and projects more stable.
The below step-by-step on demand webinar takes four real world examples – a submerged excavation, dry excavation, an excavation in sand, and a diaphragm wall – and demonstrates how PLAXIS 2D and 3D can deliver detailed stability analysis in each instance, from the simplest to the most complex scenarios.
Bentley will showcase in this webinar how to approach these problems to make sure that the excavati...
Vertical excavations are common in urban environments due to the lack of available space for gentle...
Retaining wall systems are designed and manufactured to hold earth elements like rock and/or soil....
Most geotechnical engineers use FEA software packages for their geotechnical design. It is especial...
PLAXIS 2D/3D WorkSuite is the most comprehensive option of PLAXIS which includes PLAXIS 2D/3D Ultim...
Rock engineering projects can be challenging. Engineers working on rock need to design solutions th...
Making safe, cost-efficient and data-driven decisions are crucial for any geotechnical engineering...
Managing the design and analysis of tunneling requires comprehensive and intuitive tools that will...
Learn how to model a deep excavation in PLAXIS 3D, easily setup a retaining system and include dewa...
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