A research team has developed soft composite systems with highly programmable, asymmetric mechanical responses. By ...

Raman technology provides real-time insights into polymer behavior, enabling advanced research and faster quality control ...

Understanding Asymmetric Mechanical Responses HKUST researchers have pioneered the development of soft composite materials that exhibit unique asymmetric mechanical responses. Unlike traditional ...

A research team at The Hong Kong University of Science and Technology (HKUST) has engineered soft materials with highly ...

A research team reveals critical insights into the mechanical behavior of monolithic biochar, offering a roadmap for ...

Research from Additive Manufacturing Journal emphasizes that material reliability has become one of the strongest predictors ...

Oak Ridge National Laboratory advances in 3D printing nuclear reactor components, potentially enhancing safety and efficiency ...

Soft composite systems are materials that can deform and adapt to external stimuli. The HKUST team has integrated "shear-jamming transitions" into compliant polymeric solids, which allows these ...

Validating design kits requires investment and collaboration across the supply chain, but it pays off in fewer layout respins and lower risk.

Purdue University researchers found that a subset of epidermal cells in plant leaves serves as early responders to chemical cues from bacterial pathogens and communicate this information to neighbors ...

This study reveals how GGBS, eggshell powder, and waste glass powder improve concrete's mechanical properties while promoting ...

A research team demonstrates that engineered biochar derived from corn straw can significantly enhance CO₂ capture while ...