T.G. Basile Inc.’s Post

This morning, a 4.8 magnitude earthquake was reported in New Jersey, affecting states stretching from Massachusetts to Maryland. Earthquakes like this bring an increased risk of damage to the structure of buildings. Property owners may have observed damage and require structural expertise. We are ready to provide it. H2M's multi-disciplinary staff provides multiple lines of services relevant to natural disasters/earthquakes. H2M’s engineers and building consultants are proficient at estimating damage costs and providing rebuild estimates. Our earthquake related services include: ·        Structural building condition assessments ·        Inspections of balconies or decks ·        Inspections of fences, retaining walls or any other exterior structures ·        Cause and origin of the damage to determine if it is related to the earthquake When damage is discovered, H2M can provide repair recommendations and test building materials for asbestos before repairing any earthquake-related damage. For more information, visit https://lnkd.in/dVPiAyPu or contact Debbie Mattina, dmattina@h2m.com To file a claim, contact, claims@h2m.com

Have we gone too far in NZ with our earthquake prone building rules - or not far or fast enough? Another review underway https://lnkd.in/gD83c6Ef

A hard area of enforcement is under review.

Yes, we can overcome the continuing challenge of seismic safety. It is indeed required to take steps effectively, there are lots of things to do, and we can do great things together.    Seismic events are naturally certain to occur in earthquake-prone areas, distributed almost all over the world. Conquering nature to prevent the occurrence of earthquakes is technically unrealistic and seems daunting, at least in the near future. Realistic engineering approaches are required to achieve safety against earthquakes. Prediction of earthquakes can be considered as a realizable scenario but is somewhat complicated in practice and, in principle, does not provide a solution for the problem of safety against earthquakes. The rational solution that makes sense is improvement of the effectiveness of aseismic structural systems. While the achievements in developing seismic protective systems have been helpful in reducing the tragic consequences of earthquakes, seismic safety is still a significant challenge to overcome. A winning strategy toward overcoming the challenge should be the improvement of the anti-seismic systems that have shown satisfactory performance in prior earthquakes. Advanced materials and technologies can help us with this.

We can't prevent earthquakes, but we can take steps to mitigate the damage. The dangers aren't limited to #Morocco. Similar risks exist in #California, for example. Retrofitting unreinforced masonry buildings is one of the most important things we can do to protect lives and property. Read more on the link below:

Dr. Simona Bianchi leads an international team performing multi-hazard analysis. “An earthquake often leads to other disasters, such as fires or floods. If you want to protect people and property, you have to design with these risks in mind.” Besides designing modular, #sustainable, and multi-hazard-resistant structures, Simona is also working on renovation procedures for existing buildings. But as a researcher, her origins lie firmly in the study of #earthquake damage. Read her story: https://lnkd.in/eiD6ianD

Explore this year's Reddit AMA where Pacific Northwest experts discussed earthquake safety. Emory Montague, Director of Engineering at Simpson Strong-Tie, shared insights on structural safety, seismic home retrofitting, and other related topics. Check out the questions and answers concerning building safety and preparedness that he addressed in this informative AMA. https://bit.ly/45EkMKu

Truly on-target insight on the important push for Continued Post-Earthquake Functionality design of building structures and infrastructure, rather than simple Life Safety or Collapse Prevention performance goals. Here's on how this can be achieved... https://bit.ly/41SvqvN

Today, New Jersey experienced a rare magnitude 4.8 earthquake with a maximum measured peak ground acceleration (PGA) of 0.217g and Modified Mercalli Intensity (MMI) of 6.36. The severity of the earthquake was within current building code predictions for the area used for seismic design. As such, most modern buildings should have performed well during the event. While any building could have suffered earthquake damage, older (pre-2000) structures may need to be evaluated for differential settlement or structural damage that could have been caused by the shaking. Some signs would include: cracking in walls, floors, or ceilings; sagging/depressions in floors, rooflines, or landscaped areas; separation of fireplaces, balconies, and patios; or distortion of door and window frames that would make opening and closing doors and windows difficult. No tsunami hazard was reported. If you have questions about a structure or ground conditions in the area, feel free to reach out to Partner – our structural and geotechnical teams are ready to assist.

#365dayschallenge #day87 🏢 Understanding Earthquake Damage and Rehabilitation 🌍 Earthquakes pose a significant threat to buildings, depending on various factors like construction, materials, site conditions, proximity to neighboring buildings, and non-structural elements. Types of Earthquake Damage: 💥 Total Collapse: The entire building collapses, risking lives and property. 🏚️ Partial Collapse: Parts of the building may collapse, leading to structural instability. 🧱 Component Failure: Building elements like walls or columns fail and fall. 🔔 Any of these damages can result in human casualties, property loss, and disrupt normal functions. Rehabilitation Objectives: To enhance building safety post-earthquake, several measures can be taken, including: ⚙️ Local Modifications: Fixing deficient components within the building. 🏗️ Irregularity Mitigation: Removing or partially mitigating existing structural irregularities. 🏋️ Global Strengthening: Increasing the overall structural strength. 🏢 Mass Reduction: Reducing the building's mass to minimize seismic forces. ⚖️ Seismic Isolation: Isolating the building from ground motion to reduce shaking. Damage to these components can disrupt building functions vital for safety. Consider seismic strengthening for: Earthquake resilience is vital to protect lives and property. Prioritizing rehabilitation and retrofitting measures can help reduce the impact of earthquakes on buildings and their occupants. 🏗️🛠️🌐 #EarthquakeSafety #BuildingRehabilitation #SeismicResilience