HEADLINES ARCHIVE

  • Tech companies develop fast-food trays with antimicrobial properties

    A collaboration between tech companies has resulted in the development of new fast-food trays composed of recycled ocean plastic waste infused with antimicrobial properties that keep the trays constantly clean.

  • Hydra-Cell "no problem" pumps will run dry without damage

    Hydra-Cell's unique seal-less design eliminates many typical pump problems.

  • Saarland researchers develop new AI system for machine maintenance

    Researchers from Germany’s Saarland University have developed a maintenance system that combines artificial intelligence (AI) and sensors to monitor the status of industrial equipment and machinery.

  • HackerRank improves remote hiring process for developers

    The company spent two months enhancing its platform to better accommodate the remote interview format.

  • Sponge can absorb oil and repel water for oil spill cleanups

    Researchers from Northwestern University created a smart sponge that can selectively soak up oil and leave behind clean water.

  • Function-integrated profiles from Rexroth with internal cable guide

    Function-integrated profiles provide flexibility in designing machine frames and enable continuous internal cabling.

  • GE, DARPA developing earthworm-inspired tunneling robot

    The General Electric Company (GE) has developed a prototype of an autonomous tunnel digging robot designed to resupply U.S. military forces in the field.

  • Carbon-injected concrete can help reduce carbon emissions

    A new type a carbon-injected concrete has the potential to reduce the carbon footprint of both buildings and roadways.

  • Building system screens people for health status when they enter a building

    Siemens Smart Infrastructure announced the launch of Siveillance Thermal Shield.

  • Reusable sponge efficiently mops up oil spills

    The material can selectively absorb more than 30 times its weight in oil due to the use of a nanocomposite coating and a magnetic, water-repelling and oil-attracting carbon-based substrate.

  • New processing line for white cheese products

    Tetra Pak has launched its first complete processing line for Feta-type white cheese products.

  • Preventing combined sewage overflows

    Combined sewage overflows are dangerous for human and aquatic health and necessitate strategies to control overflow events.

  • Enerpac introduces new hydraulic stressing pump for rail applications

    The hydraulic stressing pump, called the ZC-3404, is driven by a lithium-ion battery along with a standalone power pack for use in aluminothermic track welding processes.

  • Case study: K-mount for surgical camera with MIM

    Metal injection molding offers nearly unlimited shape and geometric-feature capability with high production rates using multi-cavity tooling. Explore MIM with this award-winning medical component case study.

  • A 20 minute microfluidic test for viral antibodies

    A portable microfluidic test developed to detect antibodies against a viral infection has been optimized to diagnose avian flu and might be adapted to detect COVID-19 antibodies.

  • Ford software solution fights COVID-19 in police vehicles

    This new smart technology is now available for all 2013 through 2019 Police Interceptor Utility vehicles.

  • The Pulse360: As remote workforces press on, searches for project management software increase

    Searches for Project Management Software on Engineering360.com are up 600% since last year. As the coronavirus continues, searches continue to rise, with a 40% increase over the last month.

  • Thermal energy storage: a 'thermal flywheel'

    A sustainable technology to simplify energy production, distribution and utilization.

  • Setting a trap for PFAS water pollutants

    Self-assembling tetrahedral molecular cages composed of iron, molybdenum and phosphorus were demonstrated to capture per- and polyfluoroalkyl chemicals (PFASs).

  • Material could potentially prevent building collapse following earthquakes

    Researchers from the University of Missouri College of Engineering have developed a flexible, structured lattice material that can withstand the waves of energy associated with earthquakes.

  • Advertisement
    Advertisement