New railway Dresden–Prague: Ore Mountains tunnel—Preliminary design using BIM

Christian Stöckl, Stefan Hanz, Anna-Lena Hammer, Roman Sabata, Gerold Lenz
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Abstract

The Dresden–Prague railway line is an important part of the core TEN-T Orient/Eastern Mediterranean corridor and a major link between Germany and the Czech Republic. The aim of the project is to reduce journey times for international passenger trains and increase capacity for freight trains. At the same time, it will extend the railway network in Central Europe and develop high-speed transport in the Czech Republic. The project will also provide a flood-safe alternative to the Elbe Valley, encouraging a modal shift from road to rail. The core element of this project is the cross-border base tunnel under the Ore Mountains. During the preliminary design, two basic alternatives (“full tunnel” and “partial tunnel”) are being examined. It was announced on November 20, 2023, that the preferred option for the new Dresden–Prague line is the “full tunnel” alternative. For this reason, the article focuses mainly on the technical solutions for the Ore Mountain Tunnel of the “full tunnel” alternative. The BIM methodology was a key element in the preliminary design phase. The model was to be used as the main source of information in the design process and in the development of solutions. It also allowed detailed decisions to be made at an early stage.

德累斯顿-布拉格新铁路:Ore Mountains隧道-使用BIM的初步设计
德累斯顿-布拉格铁路线是TEN-T东方/东地中海走廊核心的重要组成部分,也是德国和捷克共和国之间的主要联系。该项目的目的是减少国际客运列车的行程时间,增加货运列车的运力。同时,它将扩展中欧的铁路网,并在捷克共和国发展高速交通。该项目还将为易北河流域提供一个洪水安全的替代方案,鼓励从公路到铁路的模式转变。该项目的核心要素是矿石山下的跨界基础隧道。在初步设计期间,正在审查两种基本方案(“全隧道”和“部分隧道”)。2023年11月20日宣布,新德累斯顿-布拉格线的首选方案是“全隧道”方案。因此,本文主要针对“全隧道”替代方案中矿山隧道的技术解决方案进行研究。BIM方法是初步设计阶段的关键因素。该模型将被用作设计过程和解决方案开发中的主要信息来源。它还允许在早期阶段做出详细的决定。
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