All articles tagged with #scaffolding
A devastating high-rise apartment fire in Hong Kong has resulted in 159 deaths, including a 1-year-old, with ongoing investigations into possible negligence and safety violations related to renovation scaffolding and fire alarm failures. Six arrests have been made in connection with deactivating fire alarms, and authorities are working to identify victims and determine the fire's cause.
New York City is plagued by illegal scaffolding, with 500 unpermitted sites identified by computer scientists using AI to analyze dashcam footage. The city's abundance of scaffolding stems from a 1980 policy mandating façade inspections every five years, resulting in over 8,000 current permits for scaffolds. The researchers aim to share their findings with city officials and create an interactive map for residents to track scaffolding locations, permit status, and duration.
Four Bulgarian construction workers died and another was critically injured when scaffolding collapsed from the eighth floor and fell down an elevator shaft at a building site in Hamburg's HafenCity district. The cause of the collapse is unknown. Recovery efforts have been underway to clear the debris, and the city government confirmed that all missing individuals have been accounted for.
Scaffolding outside an office building in downtown Orlando collapsed, causing disruption to traffic and temporary closures of businesses. Construction crews have been dismantling the unstable structure, using an excavator to move the debris. The scaffolding is expected to be fully removed within a week, with debris removal ongoing.
3D printing enthusiasts have found new ways to use tree supports, including using them as scaffolding for 3D printed objects and as display stands for oddly-shaped objects. By reducing or eliminating the support interface and distance, tree supports can be used to create unique and attractive scaffolding for models. Additionally, printing just the support structure can create a custom display stand that fits the object perfectly.