Civil Engineers World’s Post

Reflections on Tunnel Collapse: Causes and Lessons this is a video of a tunnel collapse during construction, and it’s a sobering reminder of the complexities and challenges we face in our field. The video outlines several key reasons for such failures: Geological Instability: Weak or fractured rock formations can lead to serious stability issues. Engineering Shortcomings: Poor design or inadequate support systems can compromise the tunnel’s integrity. Material Quality: The use of subpar or deteriorating materials can be a major factor. Natural Disasters: Events like earthquakes and floods can disrupt even the most well-planned projects. Human Error: Mistakes in planning, execution, or maintenance can significantly contribute to failures. These points underscore the critical need for rigorous inspections, advanced monitoring, and adherence to strict safety protocols. As professionals in the field, it’s crucial for us to learn from such incidents and continuously improve our practices to ensure the safety and reliability of our projects. It’s a reminder of how vital our role is in safeguarding infrastructure and the importance of never becoming complacent. Video Rights: Respective owners. #TunnelConstruction #Engineering #Safety #Infrastructure #ProfessionalGrowth #civilengineering

This video highlights the risks of tunnelling in poor ground conditions, highliting the critical need for thorough ground investigations before construction and continuous probing ahead of the tunnel during excavation. The construction method should be carefully chosen based on geological conditions and risks, with proactive ground stabilisation measures implemented where necessary. Tunnelling is essential for development, but its associated risks must be thoroughly understood, and mitigation measures should be developed before the construction stage. Follow us Tunnel Engineering for more insights. #tunnelcollapse #geotechnicalengineering #tunnelling #civilengineering #tunnelengineering

"Soil liquefaction: When solid ground turns into a liquid-like state during seismic activity. Soil liquefaction occurs when a cohesionless, saturated, or partially saturated soil substantially loses strength and stiffness in response to applied stress, such as shaking during an earthquake or other sudden stress changes. During this process, the soil behaves like a liquid rather than a solid. Increased water pressure in the soil pores reduces friction between particles, causing the soil to lose its load-bearing capacity. This can result in severe damage to buildings, roads, and infrastructure, as the ground can no longer support them, leading to sinking or tilting. video rights : Respective owners DM for removal /credits #liquefaction #geotechnical #engineering #technology #civilengineering #engenharia #construction #civilconstruction #engenhariacivil

"Soil liquefaction: When solid ground turns into a liquid-like state during seismic activity. Soil liquefaction occurs when a cohesionless, saturated, or partially saturated soil substantially loses strength and stiffness in response to applied stress, such as shaking during an earthquake or other sudden stress changes. During this process, the soil behaves like a liquid rather than a solid. Increased water pressure in the soil pores reduces friction between particles, causing the soil to lose its load-bearing capacity. This can result in severe damage to buildings, roads, and infrastructure, as the ground can no longer support them, leading to sinking or tilting. video rights : Respective owners DM for removal /credits #liquefaction #geotechnical #engineering #technology #civilengineering #engenharia #construction #civilconstruction #engenhariacivil

"Soil liquefaction: When solid ground turns into a liquid-like state during seismic activity. Soil liquefaction occurs when a cohesionless, saturated, or partially saturated soil substantially loses strength and stiffness in response to applied stress, such as shaking during an earthquake or other sudden stress changes. During this process, the soil behaves like a liquid rather than a solid. Increased water pressure in the soil pores reduces friction between particles, causing the soil to lose its load-bearing capacity. This can result in severe damage to buildings, roads, and infrastructure, as the ground can no longer support them, leading to sinking or tilting. video rights : Respective owners DM for removal /credits #liquefaction #geotechnical #engineering #technology #civilengineering #engenharia #construction #civilconstruction #engenhariacivil

𝗦𝗼𝗶𝗹 𝗟𝗶𝗾𝘂𝗲𝗳𝗮𝗰𝘁𝗶𝗼𝗻 : A silent threat. 😱 This fascinating (and terrifying) video dives into what happens when saturated soil turns into liquid during an earthquake. 🤯 The consequences for buildings, roads, and entire communities can be devastating. Let's learn how to mitigate this risk together. #SoilLiquefaction #Earthquake #Construction #Safety #GeotechnicalEngineering 💻🌐

The importance of middigating the water ingress and knowing the ground your working in, fill your voids and consolidate the ground when needed. This could have been avoided using our products and solutions that MC-Bauchemie provides. #MC-Bauchemie Canada #tuneling #Mining #groundimprovement #groundconsolidation

Suezann Bohner, We should download this for training

Before tunneling is done, a complete stability analysis has to be carried out and approved during mine planning, the an appropriate method can be used and the amount and type of support needed ascertained.

One of the reasons site investigations and considerations are important before starting any project👌