Presa

WEBINAR - Static, Dynamic and Geo-environmental monitoring: when and why

Insights from the Field: Newcastle Pilgrim's Quarter Structural Health Monitoring Project

During this webinar we will go into the details of a highly requested topic.   

20220204-ftth-optic-fibre-cable-laser-fiber_500_281

Adtran joins fibre multisensing network research project

Adtran has joined the EU-funded Software enabled Fiber optic multisensing Network (SoFiN) project. The initiative aims to create a flexible platform for fibre-based sensing applications in critical infrastructure. Involving a consortium of eight partners from Germany, Denmark, Cyprus and Estonia, the four-year project will harness cloud connectivity and AI to improve monitoring of fibre-optic and power distribution networks as well as to reduce leakage in water supply systems.

podul-braila-aproape-finalizare_500_281

Podul de la Brăila: Au început testele de rezistență / Cum se desfășoară testele de încărcare și când va fi inaugurat podul peste Dunăre

Testele de rezistență pentru Podul peste Dunăre de la Brăila au început de luni, anunță ministerul Transporturilor. Testele statice și dinamice vor dura câteva zile, iar deschiderea circulației pe pod și pe primii kilometri de drum va avea loc în jurul datei de 27 iunie.

1-bdwmj23z8rd8sx6bxkyeda_500_281

What does structural monitoring mean?

Structural monitoring (or structural health monitoring) is an essential part of modern urban infrastructure. As the name suggests, it involves closely monitoring the performance of the structures that constitute modern towns and cities, especially those which may be vulnerable to processes like erosion, subsidence or other forms of decay.

cloud-platform_reduced1_500_281

Structural Health Monitoring from the Cloud

How global warming is impacting existing infrastructures and what we can do about it?

Global warming can be defined as the rise of the average global temperature. Over the last three decades we have witnessed a constant increase in the global temperature of land and ocean which has caused changes in atmospheric moisture and rainfall.

monitoring-bridge-structure_500_281

What is Structural Health Monitoring in Civil Engineering?

Structural health monitoring (SHM) is the process of using damage detection and characterization techniques for critical structures like bridges, wind turbines, and tunnels. It is a non-destructive in-situ structural evaluation method that employs several types of sensors embedded or attached to the structure.

city_500_281

Sensors for Structural Health Monitoring and Condition Monitoring

Structural control and health monitoring as condition monitoring are some essential areas that allow for different system parameters to be designed, supervised, controlled, and evaluated during the system’s operation in different processes, such as those used in machinery, structures, and different physical variables in mechanical, chemical, electrical, aeronautical, civil, electronics, mechatronics, and agricultural engineering applications, among others.

determinarea-deplasarilor-si-deformatiilor-constructiilor-hidro_p90419_500_281

Consideratii teoretice privind determinarea deplasarilor si deformatiilor constructiilor hidrotehnice prin metode geodezice

Certitudinea exploatarii in siguranta a constructiilor hidrotehnice poate fi obtinuta printr-o urmarire sistematica in timp a deplasarilor si deformatiilor acestora sau a elementelor componente ale constructiei. Analiza deplasarilor si deformatiilor are ca scop furnizarea informatiilor privind starea de stabilitate a constructiei, sau, din contra, modificarile aparute asupra obiectivului de urmarit.

fletcher-ave-bridge-ground-4-2-20-240-web_500_281

Underwater Inspection: When, Why, and How

Some of the most important foundation elements of a bridge are its least visible – the abutments, piers, piles, and footings submerged under the waterline. Regular inspection, both above and below the waterline, helps to keep aging structures solid and stable.

d7dd49121ebc8c5e55db5e548f0a0b322a6c70be_500_281

What are the current trends and innovations in structural damage monitoring and sensing technologies?

Structural damage monitoring and sensing technologies are essential tools for ensuring the safety, reliability, and performance of civil, mechanical, and aerospace structures. They can help detect, locate, quantify, and classify damage, as well as assess its impact on the structural behavior and functionality. In this article, you will learn about some of the current trends and innovations in this field, and how they can benefit various applications and industries.

Perspectives on Geotechnical and Structural Monitoring for Resilient Natural and Built Environment

Masa rotundă "Rolul monitorizării geotehnice și structurale pentru reziliența teritoriului și lucrări majore: stadiul tehnicii și perspective de viitor" a avut loc miercuri, 3 mai 2023, la ora 08.45 în Aula magna a Rectoratului Universitatii Sapienza din Roma.

mariana-garstea-b_500_300

SIXENSE: Monitorizarea constructiilor trebuie sa fie prioritara in caietele de sarcini

Infrastructura Romaniei, atat poduri sau autostrazi, tunele, baraje, cat si stadioane sau alte constructii de utilizare intensiva prezinta riscuri complexe din punct de vedere al sigurantei. Acestea reprezinta active critice pentru functionarea normala a unei comunitati, motiv pentru care monitorizarea structurala si geotehnica prin solutii digitale (adica cea care presupune automatizare si urmarire in timp real) isi arata cel mai bine valoarea, deoarece in aceste sectoare este nevoie de preventie, reactii imediate si actiuni la secunda. 

APMGS

Adresa: Str. Gârlei nr. 59, camera 1, Bucureşti, Sector 1
Telefon: (+4) 0758 015 833
E-mail: office@apmgs.ro, presedinte@apmgs.ro
NEWSLETTER

Structural Health Monitoring

Un mediu construit de încredere și durabil este cheia siguranței și sănătății umane