Geophysics GPR International Inc.’s Post

It was really a pleasure to attend the ECSMGE24 in Lisbon. I’ve assisted to many interesting lectures and presentations. I suggest going through the proceedings (open access) and have a look to the papers of you area of interest. Starting with the papers that were presented in the plenary sessions. Lessons learned from the collapse of the historical archive in Cologne, and geotechnical aspects of the 2023 Earthquake in Turkey, are two impressive examples. https://lnkd.in/dHfutape

Today Lorenzo Faedi , Senior Geotechnical Engineer - Technical Manager at #Treviicos, will partecipate at the #InternationalGrouting Deep Foundations Institute webinar. Lorenzo will delve into the world of #JetGrouting, sharing real case applications from projects like NEBT, SREL C4, and Drammen. These examples will illustrate how Jet Grouting technology is put into practice, complementing the theoretical insights provided by other speakers. Agenda: ➡ KELLER: Jet Grouting Design ➡ Sea to Sky Geotech: Field Trials ➡ TREVIICOS - Lorenzo Faedi: Real Case Applications and Challenges Don’t miss this opportunity to learn from industry experts and discover innovative solutions! https://lnkd.in/ep6dxExT

Geoscience Australia has extended its NPIC agreements with the Queensland Department of Transport and Main Roads, RTKNetwest, and Aptella, ensuring continued open access to 122 CORS across Australia. As Geoscience Australia states, these extended agreements "demonstrate our commitment to maintaining and enhancing national positioning infrastructure, benefiting industry professionals and the wider community." This initiative fosters innovation, improves operational efficiency, and supports the growing demands of the geospatial sector, particularly for surveying. https://buff.ly/4bArUKY

I had the privilege of attending MedGU-24, held from November 25-28, 2024, in Barcelona, Catalonia, Spain. It was an excellent opportunity to engage with experts and colleagues in the field of geotechnical and seismic hazard research. I had the honor of presenting our study on “Exploring Seismic Hazards and Site Effects in Algiers and the Mitidja Basin: A Study of Horizontal to Vertical Spectral Ratios (HVSR), Geological Settings, and Geotechnical Parameters.” With the collaboration of Pr.Mourad Bezzeghoud, Pr. Djamel Machane and Pr. Mouhaydine Tlemcani The study explores seismic hazards and site effects in the Algiers and Mitidja Basin, focusing on Horizontal to Vertical Spectral Ratios (HVSR), geological settings, and geotechnical parameters. HVSR analysis is used to assess site-specific amplification, resonance frequencies, and seismic response characteristics. Geological mapping and subsurface investigations identify key formations and soil properties. Geotechnical parameters, including shear wave velocity and liquefaction potential, are integrated to evaluate soil behavior under seismic loading. The goal is to develop seismic hazard maps and improve infrastructure resilience in the region.

[ARTICLE] ✔️ ERT 3D 📆 November 2024 📍 Geotechnical and geophysical property models of soil-covered slopes prone to landsliding. The case study of the Ischia Island (southern Italy). 🖋 R. Maio • R. Salone • C. De Paola • R. Carbonari • D. Cusano • P. De Vita. 💻 Catena ELSEVIER 👁️🗨️ DOI: https://lnkd.in/du3JfSgK

Two weeks ago, we had the pleasure of attending a lecture by Alf Kristian Lund from NGI - Norwegian Geotechnical Institute at Geoteknikkdagen. In it, he highlighted the value of integrating cutting-edge technology with traditional geoscience methods. His insights demonstrated how our technology and dynamic model are reshaping the future of ground investigations. A great example of this innovative approach was demonstrated in the E6 Kvithammar-Åsen project: Helicopter-Based Geoscanning in Action 🚁 During the zoning plan phase, helicopter-based geoscanning was combined with traditional investigation methods to strategically position ground investigations and continuously refine the bedrock model using machine learning algorithms. Key takeaways from the project include: 💡Project Scope: Developing a 19 km four-lane highway northeast of Trondheim to improve traffic safety and reduce travel time. 💡Innovative Approach: Integrating airborne electromagnetics (AEM) with geophysical and traditional data creates a dynamic, continuously updated bedrock model. 💡Cost Savings: Optimizing road alignment and reducing extensive investigations led to savings of approximately 250 MNOK. 💡Collaboration: Success was driven by the partnership between Nye Veier, Hæhre Entreprenør, and NGI/Aas Jakobsen. This project showcases how innovative technologies, like those we specialize in at EMerald Geomodelling, can revolutionize infrastructure projects by improving accuracy, efficiency, and cost-effectiveness. Interested in exploring how our solutions can benefit your next project? Get in touch with us today! 🚀 #Geoscanning #InnovationInInfrastructure #HelicopterScanning #GroundModeling #EMeraldGeomodelling

This is a friendly reminder that today, May 10, 2024, is the final day to submit your abstract for OCEANS 2024 Halifax. Don't miss out on this opportunity to showcase your work to a global audience in oceanic engineering and technologies. Submit your abstract now: https://lnkd.in/gW-cUW9W #OCEANS2024Halifax #OCEANSFanatic #oceanconference #oceanicresearch

Next Generation Geophysical Land & Shallow Water Acquisition

📡 What happens when diverse expertise comes together to solve complex infrastructure monitoring challenges? Working alongside our collaborative partners from the National Research Council Canada and MDA Space, this unique multidisciplinary team combined our different subject matter expertise - from satellite remote sensing to structural engineering – to develop an innovative method of monitoring critical infrastructure, using the iconic Samuel de Champlain Bridge in Montreal, Canada as our test case. 🤝 Key achievements through collaboration: • Creative, scientifically sound solutions using Geo-data expertise • Cost-effective monitoring for remote and difficult-to-access structures • Reliable assessment between traditional inspections without "boots on the ground" This partnership demonstrates how bringing together specialized knowledge can solve complex infrastructure challenges. Fugro is pleased and proud to have been part of this collaboration. Click below to read the full paper. #Infrastructure #RemoteSensing #Fugro #BridgeMonitoring #SatelliteImaging #StructuralHealthMonitoring