NORWAY BRIDGES STRUCTURAL MONITORING

HARDANGER BRIDGE MONITORING

NTNU STRUCTRUAL DYNAMICS
https://www.ntnu.edu/kt/research/dynamics/monitoring/hardanger

Hardanger – Monitoring – Research – Structural Dynamics – Department of Structural Engineering – NTNU The Hardanger Bridge, opened in 2013, is a 1380 m long suspension bridge crossing the Hardanger fjord in western Norway. The main span is 1310 m long, which makes it the longest suspension bridge in Norway and the 10th longest in the world.www.ntnu.edu

LONG SPAN SUSPENSION BRIDGES

https://www.ntnu.edu/kt/research/dynamics/research/long-span/suspension-bridges

NTNU STRUCTURAL ENGINEERING

Professor Ole Øiseth

Phone: +47 735 91 493

E-mail: ole.oiseth@ntnu.no

Railway bridgeshttps://www.ntnu.edu/kt/research/dynamics/monitoring

Structural monitoring – Research – Structural Dynamics – Department of Structural Engineering – NTNU Extensive monitoring and measuring systems have been installed at different bridges and railways around Norway, with the main goal of generating data that can be used to develop the technology utilized for design of these structures.www.ntnu.edu
https://www.google.com/search?source=univ&tbm=isch&q=Structural+Health+Monitoring+bridge+norway&client=firefox-b-d&sa=X&ved=2ahUKEwjpzNn_-OnvAhXOvosKHaNoDKsQjJkEegQIFBAB

https://www.hbm.com/en/5530/structural-health-monitoring/

Structural Health Monitoring | HBMModular Solution for Efficient Structural Health Monitoring. All structures, whether bridges, wind energy plants, water, gas and oil pipelines, tunnels, oil rigs, pavements, rails, but also ships, planes, trains or others are subject to various internal and external factors which may cause wear or malfunction.This can happen, for example due to deterioration, an incorrect construction process …www.hbm.com

Modular Solution for Efficient Structural Health Monitoring

All structures, whether bridges, wind energy plants, water, gas and oil pipelines, tunnels, oil rigs, pavements, rails, but also ships, planes, trains or others are subject to various internal and external factors which may cause wear or malfunction. This can happen, for example due to deterioration, an incorrect construction process, lack of quality control or an extreme situation resulting from an accident or environmental load. To be able to observe these changes in the material and to react in a proper way before serious damage is caused, the implementation of a damage identification system is crucial. The monitoring of structural behavior can detect anomalies in time, thus enabling maintenance and repair actions to be implemented more efficiently, with a direct impact on the reduction of operating costs. Replacing schedule-driven maintenance with condition-based maintenance is the main goal of infrastructure monitoring providing the following benefits.

Your local sales office:

+47 48 300 700

HBK Norway Great Belt Suspension Bridge, Denmark

Supply of FBG accelerometers for prediction of bridge cable vibrations

Gaining Real Insight into a Structure’s Health

Civil engineering structures are withstanding an exponential increase of applied loads, impacts and environmental burdens. The assessment of the resulting structural behavior is becoming mandatory so that faults can be detected in the early stages and safety is guaranteed.

Visual inspections do not give enough information to extend the structure’s lifetime, but by monitoring the structural health, any anomalies can be detected in time. This will optimize maintenance and reduce operating costs.

Monitor your entire structure’s life-cycle – from its design, construction, and operation to its rehabilitation or end-of-service life using HBM turnkey solutions for:

  • Material testing and load assessment
  • Strain and temperature distribution 
  • Convergences and vibration estimation
  • Displacements, deflections, and rotation measurements
  • Continuous monitoring 

BRIDGE MONITORING

  • Bridge design validation
  • Bridge load assessment
  • Bridge short-term monitoring during construction
  • Bridge long-term structural health monitoring

Mezcala Cable-Stayed Bridge, MexicoSupply of FBG accelerometers for structural monitoring systemTrans-Rhumel Cable-Stayed Bridge, Algeria

Supply of complete optical measurement system for SHM

https://www.oslomet.no/en/study/tkd/structural-health-monitoring

The new continuing education course at , “Structural Health Monitoring (SHM)”, is very relevant for professionals who design large and complex bridges and buildings, or work with the detection of damage to various building structures. For example, bridges should be monitored at regular intervals to ensure the safety of the users and the environment. The bridges age and are often exposed to higher traffic, train and freight loads than they were originally designed for.

Emrah Erduran

https://www.oslomet.no/en/about/news/new-continuing-education-in-structural-health-monitoring
  • Associate Professor
  • Pilestredet 35, 0166 Oslo
  • Office number: PE825
  • Office: +47 67 23 60 01
  • Emrah.Erduran@oslomet.no
STRUCTURAL HEALTH MONITORING OF BRIDGES IN SWEDEN – RoctestFUNCTION AND RESULTS Using these new techniques in the field created a lot of problems, especially during the construction period. Serious malfunctions could jeopardise the function and quality of the system and were keenly reported in order to examineroctest.com

https://www.frontiersin.org/research-topics/7782/structural-health-monitoring-of-bridges

Editorial: Structural Health Monitoring of Bridges

Neil A. Hoult and Branko Glisic

Editorial

Published on 20 February 2020
Front. Built Environ. doi: 10.3389/fbuil.2020.00017

System Identification of Large-Scale Bridges Using Target-Tracking Digital Image Correlation

Luna Ngeljaratan and Mohamed A. Moustafa*

  • Department of Civil and Environmental Engineering, University of Nevada, Reno, NV, United States

https://www.frontiersin.org/articles/10.3389/fbuil.2019.00085/full

Frontiers | System Identification of Large-Scale Bridges Using Target-Tracking Digital Image Correlation | Built EnvironmentThis paper characterizes the extensive research activities conducted in the Earthquake Engineering Laboratory of University of Nevada, Reno, in the field of dynamic monitoring and system identification of three 1/3-scale two-span bridges. The first part of the study briefly presents the verification of target-tracking Digital Image Correlation (DIC) results as compared to conventional sensors …www.frontiersin.org

Quasi-Self-Powered Piezo-Floating-Gate Sensing Technology for Continuous Monitoring of Large-Scale Bridges

Kenji Aono1, Hassene Hasni2, Owen Pochettino3, Nizar Lajnef2 and Shantanu Chakrabartty3*

  • 1Department of Computer Science and Engineering, Washington University in St. Louis, St. Louis, MO, United States
  • 2Department of Civil and Environmental Engineering, Michigan State University, East Lansing, MI, United States
  • 3Department of Electrical and Systems Engineering, Washington University in St. Louis, St. Louis, MO, United States

https://www.frontiersin.org/articles/10.3389/fbuil.2019.00029/full
Strategies of structural health monitoring for bridges based on cloud computingMarco Furinghetti1,2 · Alberto Pavese1 · Francesco Lunghi2 · Davide Silvestri2Received: 12 July 2019 / Accepted: 11 September 2019 / Published online: 20 September 2019 © Springer-Verlag GmbH Germany, part of Springer Nature 2019 https://link.springer.com/article/10.1007/s13349-019-00356-5

Strategies of structural health monitoring for bridges based on cloud computinglink.springer.com

The collapse of the Polcevera bridge in Italy represents a serious event which seems to be a direct result of cumulated local damages due to the aggressive environment of the construction site. Recently, evidence of corrosion of both ordinary and post-tension steel reinforcements were detected, in addition to concrete carbonation. Such phenomena generally lead to an increase in the deformation of all the elements of the bridge structure, which start to increase in time, leading to a progressive deterioration of the overall system. As a consequence, a proper structural monitoring layout would provide an extremely useful tool, for a correct plan of maintenance for all the elements of the considered infrastructure. In this work, strategies for the definition of structural health monitoring systems for bridges are discussed, from both software and hardware points of view. More specifically, a Cloud computing interface is considered, to make recorded data available for further analyses and post-processing procedures. The presented definition of the monitoring architecture could lead to the proper maintenance of all the structural elements, preventing the unexpected collapse of the structure.


https://www.fhwa.dot.gov/publications/research/infrastructure/structures/bridge/09040/09040.pdf

Structural Vibration Solutions

Structural Health Monitoring – Do you need to test the integrity of a structure over time?

The company was founded March 1, 1999 as a spin-off from Aalborg University in Denmark. Our patented software is today used e.g. by mechanical engineers for modal analysis of operating machinery and components, and by civil engineers for ambient vibration analysis of large structures like bridges and buildings.

https://svibs.com/applications/structural-health-monitoring/?gclid=EAIaIQobChMIk_zj6vjp7wIVwaOyCh12bg_wEAMYASAAEgKbw_D_BwE

Phone: +45 9635 4422

Fax: +45 9635 4575

Information: svibs@svibs.com

Sales: sales@svibs.com

Support: support@svibs.comARTeMIS Modal on YouTube
How To Use ARTeMIS Modal

Structural Vibration Solutions A/S is located at NOVI Science Park, which is one of northern Europe’s most respected science parks. The location plays an important role as NOVI Science Park secures the close relations between the company and the research from Aalborg University.

  • NOVI Science Park
  • Niels Jernes vej 10
  • DK – 9220 Aalborg East
  • Denmark

https://svibs.com/about/

  • Rua Miguel Russel, 10-5º Esq.
  • Quinta do Marialva
  • 2855-120 Corroios
  • Portugal
About – Structural Vibration Solutions The company was founded March 1, 1999 as a spin-off from Aalborg University in Denmark. Our patented software is today used e.g. by mechanical engineers for modal analysis of operating machinery and components, and by civil engineers for ambient vibration analysis of large structures like bridges and buildings.svibs.com

Structural Monitoring Solutions

Structural Health Monitoring Systems (SHM)

Most companies rest on their technology laurels. Not SMS, as we partner with the best universities, engineering firms, the most progressive DOTs and other proven manufacturing leaders in the field of asset management. As a bridge owner, you get answers to your problems, not data. By using fiber optics, you need fewer power drops, less installation labor, and maintenance. This technology is ruggedized so you’re not procuring a replacement system in several years. You can trust us as we have 30 years of equipment manufacturing, SHM project management, data analysis, and expertise allow owners access to all the luxuries of SHM, at a cost-effective price.

Head Office

412 Sergeant Rd.

Lambertville, NJ 08530

info@SMSSHM.com

Tel: 609-433-8485

https://www.smsshm.com/cablesstays

Cable Stays | Structural Health MonitoringLaser Focused Cable Stays are difficult to inspect in critical areas. Acoustic monitoring provides a 100% volumetric 24/7 inspection. Many DOTs have adopted monitoring and others are actively planning an installation.www.smsshm.com

https://www.smsshm.com/?gclid=EAIaIQobChMIk_zj6vjp7wIVwaOyCh12bg_wEAAYASAAEgJTFPD_BwE

HOME | SMS SHMStructural Health Monitoring (SHM) Most companies rest on their technology laurels. Not SMS, as we partner with the best universities, engineering firms, the most progressive DOTs and other proven manufacturing leaders in the field of asset management.www.smsshm.com

Genoa Bridge in Italy

For the Ponte Morandi bridge, Acoustic Monitoring would have given warning of the bridge collapse as the Associated Press stated that Italian engineers knew of problems with the Genoa Bridge since 1979.  

Italy bridge designer warned in 1979 of risk of corrosion

Email us for our White Paper or Webinar on Suspension Cable Monitoring.

Structural Health Monitoring for Bridge Structures

https://www.fprimec.com/structural-health-monitoring-for-bridge-structures/

Structural Health Monitoring for Bridge Structures | FPrimeC Solutions Inc.In this article, we will briefly review the fundamentals of structural health monitoring for bridge structures.Bridges and transportation infrastructure are subjected to extreme environmental loading conditions, such as snow, rain, storm, and extreme heat.www.fprimec.com

Contact Information

General: info@fprimec.com

Sales: sales@fprimec.com

Support: support@fprimec.com

Tel: +1-647-933-6633 (HQ)

We protect constructed facilities by innovative nondestructive testing solutions and advanced engineering.

300 – 2 Simcoe St. S.
Oshawa – Ontario
L1H8C1

https://www.fprimec.com/sensors-for-structural-health-monitoring/

Sensors for Structural Health Monitoring | FPrimeC Solutions Inc.With recent advancements in Sensor technology, Structural Health Monitoring (SHM) systems have been developed and implemented in various civil structures such as bridges, buildings, tunnels, power plants, and dams. Many advanced types of sensors, from wired to wireless sensors, have been developed to continuously monitor structural condition through real-time data collection.www.fprimec.com

MISTRAS Structural Monitoring

MISTRAS, STARTED OUT IN 1978 MANUFACTURING MONITORING SYSTEMS AND SENSORS…

MISTRAS offers a complete and fully integrated structural monitoring service from design to data analysis. Our structural and process engineers are able to assess customers technical needs and propose a range of monitoring options from a wide range of systems and sensors. Using the latest open source software integrated into MISTRAS systems we are able to collect, analyse, manage and present findings of monitoring accurately and concisely. This provides our customers valuable information to allow effective asset management. We work opening and honestly to provide reliable, accurate and best value. https://mistrasgroup.co.uk/bridges-structures-structural-monitoring/

Structural Monitoring of Bridges and Structures- Mistras Group MISTRAS offers a comprehensive range of monitoring, inspection and site services for bridges and structures in a wide variety of industries. We work with customers providing one-source solutions, for structures from their initial construction to management towards the latter part of service life.mistrasgroup.co.uk

UK Mistras Group

Address:Norman Way, Over, Cambridge CB24 5QE

Tel:+44 (0) 1954 231612 E-mail:info@mistrasgroup.co.uk

https://mistrasgroup.co.uk/structural-monitoring/?gclid=EAIaIQobChMI5Jbj__jp7wIVFGIYCh1nWwvXEAMYAyAAEgKeI_D_BwE

STRUCTURAL INSPECTION & MONITORING

MISTRAS offers a comprehensive range of monitoring, inspection and site services for bridges and structures in a wide variety of industries. We work with customers providing one-source solutions, for structures from their initial construction to management towards the latter part of service life. From basic inspection and traditional NDT, to cutting-edge advanced NDT and long-term structural health monitoring, we have a wide range of tools to utilise. Our unique mix of degree-educated and chartered civil & structural engineers, experienced bridge inspectors,  NDT experts (PCN, ASNT Level 2 and 3) and specialists monitoring division combine into comprehensive team that provide the highest standard inspection solution that you need.

We provide accurate comprehensive information and knowledge about structural condition, material properties, defects, and integrity that assists effective asset management, whole life costing and safety. MISTRAS has extensive expertise in the assessment of materials including steel, concrete, cables, composites and damage such as corrosion, cracking, scour and wire break. In addition our pool of site operatives can offer skills and capability to you, such as rope access services, slinger/banksman, confined space workers, confined space rescue teams and managers, first aiders/medics, concrete repair, small scale civils, installation of site telecoms and site network

MISTRAS has extensive experience in the application of wire break monitoring to:

  • Suspension bridges
  • Cable stay bridges
  • Post tension beams, slabs and box girders
  • Flexible risers

We provide a full design service, experienced installation teams, including IRATA, confined space, offshore certified. Once installed, we provide full remote system management, reporting, long-term support and maintenance. MISTRAS offer a completely open service and can demystify the technology and process. We can show clients our full design process, example wire breaks and our analysis procedures to provide full reassurance in the technology and service we provide.

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