Naue on Stable Construction Roads
Stabilisation & Reinforcement
Temporary construction roads, working platforms and logistics routes are often the key to safe and efficient construction processes in wind energy and pipeline projects. Especially on soft or weak subsoil, they must carry high loads from construction traffic and heavy transports while remaining economically feasible – and allowing for clean deconstruction once the project is completed.
Modern stabilisation and reinforcement concepts help to limit deformations, prevent layer intermixing, and reduce material usage as well as maintenance requirements.
Temporarily built, technically demanding
What may appear at first glance to be a temporary solution is, from a geotechnical perspective, a highly demanding structural element. Construction roads have a direct impact on construction processes, safety and costs. Their performance largely depends on how loads are transferred into the subsoil and how reliably the layer system functions under repeated loading.
From soft soil to a load-bearing route: Combigrid and practical insights
In our webinars, we use practical examples to demonstrate how temporary construction roads and working areas on weak subsoil can be sensibly planned, efficiently constructed and subsequently deconstructed in an orderly manner. You will gain concrete insights into how bearing capacity and deformation behaviour can be improved, how clean layer separation supports long-term functionality, and how digital planning tools in the Naue Portal simplify design and dimensioning. In addition, we highlight deconstruction approaches that promote material recovery and thus support a more resource-efficient project execution.
Webinário: De Solos Moles a Engenharia Sólida
Data: 04 de abril de 2026, das 15h às 15h45 (Brasil)
Idioma: Português
