Automatisierte Optimierung von Baugrubenabschlüssen

Automated optimization of retaining walls for excavation pit

For the design of retaining walls, we define a large number of design variables in such a way that the stability and serviceability for the purpose are guaranteed.

In addition, our goal is to optimize the retaining wall for our client in terms of construction time and costs.

Through judicious selection of the structural elements and arranging them in the most efficient way, a lot of time and money can be saved in the course of the project. If, for example, the loads to be carried on by one anchor layer can be reduced, fewer anchors may be required – which will, understandably, have a positive effect on construction costs. If the number of anchors can be reduced, this means not only cost savings but also a shortening of the construction time.

We use mathematical optimization algorithms to facilitate the decision-making process and optimize costs, and these algorithms are linked to a standard statics software program. We create a cost func­tion for each project individually that estimates the costs per linear meter of retaining wall. These costs include, among other factors, the material and manufacturing costs for the individual components of the construction.

We make use of the automated optimization of excavation pit retaining walls in our standard excavation pit projects and additionally offer this as an in-house service. The basis for this in-house service is often a computer-generated section (not yet optimized) through an excavation pit retaining wall.

Foundation and geotechnical engineering

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Your contact person

Jörg Meier
Digital Development Geotechnical Engineering
+41 61 317 62 53 | am9lcmcubWVpZXJAZ3J1bmVyLmNo

Gruner AG
St. Jakobs-Strasse 199
CH-4020 Basel

Laurent Pitteloud
Head of Geotechnical Engineering
+41 61 317 63 76 | bGF1cmVudC5waXR0ZWxvdWRAZ3J1bmVyLmNo

Gruner AG
St. Jakobs-Strasse 199
CH-4020 Basel

References on the subject

Competence Center for Industry 4.0
Roche building 2