Aantoonbaar veilig meten en beslissen

De Werkwijzer monitoring zinktunnels is gericht op het inrichten van een monitoringsysteem in een tunnel, in samenhang met het daaropvolgende proces van data-analyse, data-interpretatie, het uitvoeren van een conditiebepaling van de tunnel en het voorspellen van toekomstig gedrag. De werkwijzer is bedoeld ter ondersteuning van de besluitvorming over monitoring: wat moet er worden gemonitord, op welke manier en met welke frequentie? Daarbij gaat het vooralsnog om het verzamelen van data voor wetenschappelijk onderzoek (door PhD-, PDeng- en MSc-studenten).

De kennis en kunde van tunnelmedewerkers is van doorslaggevend belang voor de cybersecurity van een tunnel. Dit document geeft een overzicht van aanbevolen informatiebronnen, trainingen en certificeringen voor de verschillende stakeholders.

The COB-Degradations Committee has drawn up a fault tree in which failure mechanisms related to the degradation of materials are discussed. This instrument should serve as a basis for entering into discussions with managers about the recognizability and prevalence of these mechanisms.

The Submerged Tunnel Monitoring Method is aimed at setting up a monitoring system in a tunnel, in conjunction with the subsequent process of data analysis, data interpretation, performing a tunnel condition assessment, and predicting future behaviour. The manual is intended to support decision-making about monitoring: what should be monitored, in what way, and with what frequency? For the time being, this concerns the collection of data for scientific research (by Ph.D., PD, and MSc students).

The Knowledge Platform for Tunnel Safety (KPT) asked Nils Rosmuller, lecturer in Energy and Transport Safety at the IFV, to think about the possibilities for firefighting in such tunnels. In consultation with Brandweer Nederland, Rijkswaterstaat and the IFV  Brandweeracademie, resources for officers-in-charge have been developed. This document presents the tools that have been developed (decision diagram and operational capability table) as well as the process of their creation and ideas about the section on 'concrete spalling' in the development of the decision diagram. 

Research commissioned by Rijkswaterstaat has shown that the fire resistance of tunnels made of ROK concrete may be impaired. In response to this, four discussion tables were set up at the end of 2017 under the coordination of the Knowledge Platform for Tunnel Safety (KPT) with the aim of discussing the problems outlined above from various perspectives. These are the discussion tables for Existing Tunnels, New Tunnels, Research, and Emergency Services.  This document was prepared by Discussion Table - Research in response to the request for further substantiation of the final conclusions. The explanations presented here basically reflect the way in which each conclusion was reached and the reasons for it. The conclusions (and the explanations) should, however, be considered as a whole, in view of the order in which they are reached and to safeguard the message.