Explore how materials from stone to silicon have shaped human civilization through their atomic structures and properties.
Explore the hidden rules of applied mechanics that explain everything from spinning planets to speeding cars, and discover how forces shape our everyday world.
Explore the groundbreaking innovations in metal and polymer matrix composites presented at MS&T'13 symposium, featuring self-healing materials, lightweight aluminum composites, and advanced manufacturing techniques.
Explore the world of ultra-high modulus polymers - engineered marvels with extraordinary stiffness, strength, and lightness that are revolutionizing fields from aerospace to medicine.
Explore how sol-gel methods are revolutionizing materials engineering through molecular-level control of material structure and properties.
Explore the fascinating world of polymers - from DNA to nylon - and discover how these molecules shape modern life through polymer science and engineering.
How the ancient, iterative process of evolution is revolutionizing modern science and technology through biomimetics and biomimicry.
Explore the fascinating world of vibrations, resonance, and structural stability through the lens of engineering and physics.
Explore how the principle of 'strength in numbers' applies to scientific verification and engineering structures through independent research and spaghetti beam experiments.
Explore the cutting-edge research in materials science and engineering through IOP Conference Series proceedings, from solar cell innovations to advanced manufacturing techniques.