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Data‐based Assessment of the Resilience of Municipal Road Infrastructure as a Component of Sustainable Asset Management

Activity: Talk or presentation at external institutions/eventsTalk/PresentationContributed

Persons and affiliations

  • Alexander Buttgereit - , Jade University of Applied Sciences (Speaker)
  • Stefan Gomolluch - , Amt für Mobilität und Tiefbau, Stadt Münster (Involved person)
  • Daniel Gogolin - , Ingenieurgesellschaft PTM Dortmund mbH (Involved person)
  • Uwe Reinhardt - , Chair of Pavement Engineering (Involved person)
  • Marko Tesic - , Amt für Mobilität und Tiefbau, Stadt Münster (Involved person)

Date

28 Aug 2024

Description

During administrative modernization and its working environment, there is an increasing need to further develop the Pavement Management System (PMS) into an Asset Management (AM) system and also to organize the operating or delivery
phase, which is the longest phase in the life cycle of an asset, with the help of BIM methodology. At present, there is no scientifically based method for estimating the future condition and development of the structural substance of the road
structure or the useful life of the municipal road network in Germany. However, knowledge of the expected service life or the remaining service life of the individual asphalt layers in the superstructure is essential for a sustainable and economical
maintenance strategy as well as the derivation and implementation of suitable maintenance construction measures. For this reason, a research project has been initiated. By linking a wide variety of data and its own measurements, the "DaRkSeit"
project aims to develop software that for the first time maps the condition of roads in real time, taking structural aspects into account. This is essentially based on existing traffic observation data (8+1 classification of vehicles) and available weather and climate data as well as material data from existing roads. To achieve the project objectives, it is necessary to supplement the data in the road information system. This includes the specification of axle load data (classification in up to 60 vehicle types), the temperature condition in the road structure of asphalt roads and model parameters to describe the material behavior of the asphalts used. As a result, a prototype of a software-based real-time tool for calculating the progress of degradation and estimating the remaining service life of asphalt roads is to be developed.

Conference

Title20th conference of the International Society for Computing in Civil and Building Engineering
Abbreviated titleICCCBE 2024
Conference number20
Duration25 - 28 August 2024
Website
Degree of recognitionInternational event
LocationÉcole de technologie supérieure (ETS)
CityMontreal
CountryCanada

Keywords

Keywords

  • Asset Management, Digitalization, Sensor technology, Asset Management, Digitalisierung, Sensoren, Asphalt, Dimensionierung