Aerix Industries’ Post

The use of ARX-Transport in this sand backfill application provided numerous benefits. The ARX-Transport enabled the sand to be injected into the backfill areas quickly and easily, significantly reducing the time required for the application. http://ow.ly/cOTw50GhkYS #ASCE #GeoInstitute #engineer #aerixindustries

The use of ARX-Transport in this sand backfill application provided numerous benefits. The ARX-Transport enabled the sand to be injected into the backfill areas quickly and easily, significantly reducing the time required for the application. http://ow.ly/cOTw50GhkYS #ASCE #GeoInstitute #engineer #aerixindustries

The use of ARX-Transport in this sand backfill application provided numerous benefits. The ARX-Transport enabled the sand to be injected into the backfill areas quickly and easily, significantly reducing the time required for the application. http://ow.ly/cOTw50GhkYS #ASCE #GeoInstitute #engineer #aerixindustries

The use of ARX-Transport in this sand backfill application provided numerous benefits. The ARX-Transport enabled the sand to be injected into the backfill areas quickly and easily, significantly reducing the time required for the application. http://ow.ly/cOTw50GhkYS #ASCE #GeoInstitute #engineer #aerixindustries

The use of ARX-Transport in this sand backfill application provided numerous benefits. The ARX-Transport enabled the sand to be injected into the backfill areas quickly and easily, significantly reducing the time required for the application. http://ow.ly/cOTw50GhkYS #ASCE #GeoInstitute #engineer #aerixindustries

Some additional information for the #insar scientific community to appreciate the level of technical innovation and science in the development of the stress detection technology #insarplus:   - while for this type of detailed analysis it is recommended to use a high resolution satellite (e.g. RadarSat-2 or TerraSAR-X) for optimum point density, #Sentinel1 was used instead.   - while for this type of detailed analysis it is recommended to use 2 to 3 tracks per orbit for optimum point density before decomposition, only 1 track per orbit was used.   - while for this type of analysis it is recommended to integrate both permanent scatterer and distributed scatterers information for an optimum point density before interpretation, only permanent scatterers were used.   - while for this type of analysis it is believed that it is impossible to create data, original data was first decimated to keep only high fidelity information then statistically repopulated to match the pixel acquisition resolution.   The level of resolution and accuracy of the #insarplus results for #infrastructure and civil engineering applications are still unmatched by the industry and remain the best in the world. #copernicus #innovation #infrastructure #safety #maintenance

I am thrilled to announce the publication of my first conference paper, 'Application of Delft3D FM Suite for Simulating the Hydrodynamic Characteristics of Karnafuli River,' in the proceedings of ICPACE 2023. #ICPACE2023 #Hydrodynamics #FirstConferencePaper #Delft3D #Delft3DFMSuite

#PLAXIS webinar (now available on-demand!) If you missed our recent webinar "Modulus of Subgrade Reactions", specifically designed for #structural and #geotechnical engineers, now you can watch it on demand. Our guest Hamzah M. B. Al-Hashemi has shared so many invaluable insights. Link in the comments section

Innosea are proud to announce its recent support to marine innovation specialists Greenov on the numerical modelling of the SubSea Quieter (SSQ) - a system to reduce underwater noise and turbidity pollution generated by harbor works and pile driving operations for the installation of #OffshoreWind #Turbines. 💚 💡 This system is based on an innovative membrane that makes it adaptable to different types of foundation (monopile, jacket) and to the characteristics of the work site (depth, tide, current).The SSQ was tested during 3 months at the Saint Nazaire #OffshoreWind site early this year. Innosea's scope of work covered...👇🏽 🔢 Numerical modelling of the SSQ 📊 Evaluation of the system's performance under several environmental conditions The SSQ was able to successfully demonstrate the methodology for hydrodynamic assessment, as well as give valuable input for upcoming tank tests. 🛣 Moving ahead, the next steps in the collaboration will consist of defining the tank testing conditions for Greenov. The results of which, will help validate the system and further calibration of the numerical model. After the calibration phase, Innosea will perform the detailed design loop of simulations to further develop the SSQ technology. Photos (c) Greenov #Innovation #SustainableDevelopment #EnvironmentandConsenting #TheRenewableEnergyConsultants

✨ In our last case study, an advice that would help you improve your project with Leica Equipment. 💡 When asked for his advice, Albert Salvadó emphasized the importance of staving updated with technology, particularly when using high-quality equipment from CPEC. He said: "It's worth keeping your equipment updated, especially with a premium brand like Leica, which is always working to innovate and improve equipment performance." Value premium brand like Leica Geosystems CPEC that constantly evolve and introduce new features and enhance performance. 👉 Find here the full case study: https://lnkd.in/emfBVAxn #leicacpec #leica #CPEC #hexagongeosystems #leicageosystems #expertadvice #construction #surveying