Optimising Friction Damper Performance Across Multiple Earthquake Hazard Levels
Earthquake-resistant structural design requires engineers to control how buildings respond to different levels of ground motion.
MIT Researchers Develop a System That Helps Robots Recognise and Correct Their Own Mistakes
Industrial robots increasingly operate in environments where they must identify objects, remember their locations and perform tasks involving multiple steps.
Physics-Informed AI Predicts Stress Intensity Along Complex Crack Fronts
Understanding crack propagation is essential for structural integrity assessment. In fracture mechanics, the Stress Intensity Factor (SIF) describes the local stress field near a crack…
Data-Driven Optimisation Improves Abrasive Waterjet Drilling of Aerospace Aluminium
Aerospace aluminium alloys are widely used because of their favourable strength-to-weight ratio. However, machining these materials requires careful control of heat generation, surface integrity and…
A Tensile Testing Approach Could Simplify Residual Stress Assessment in Metal 3D Printing
Residual stress is one of the most important factors affecting the dimensional accuracy and structural reliability of metal additive manufacturing components.
Flexible Molecular Connectors Open New Possibilities for Engineered Nanomaterials
The performance of advanced materials depends not only on their chemical composition, but also on how their internal structures are organised.
Origami-Inspired Engineering Creates Lightweight Load-Bearing Structural Systems
Reducing structural weight without sacrificing stiffness and load-bearing capacity is a central challenge in mechanical, aerospace and architectural engineering.
Direct Ink Additive Lithography Combines Precision, Speed and Functional Materials
Additive manufacturing technologies often require engineers to balance three competing requirements: production speed, geometric resolution and material functionality.
Diamond Composites Reveal an Unexpected Energy-Absorption Mechanism Under Extreme Impact
Materials used in aerospace, defence and space systems must withstand extreme mechanical environments. High-velocity impacts can generate enormous pressures and temperatures within microseconds, making it…
A Faster 3D Modelling Framework Could Transform Metal Fatigue Analysis
WordPress Category: CAE → Structural Analysis Fatigue failure remains one of the most difficult challenges in mechanical engineering. Components such as vehicle axles, aircraft structures…
