and The research focuses on sandwich foam structures, a type of material made of two strong outer layers with a lightweight foam core in between. This structure is not only strong but also capable of absorbing large amounts of energy…
At the heart of this research is something called a sandwich structure. Imagine a material built like a sandwich: two strong outer layers (like bread) with a lightweight foam core in the middle. This simple idea creates a powerful combination—strong…
Every time we step into a car, we trust that it will protect us in the event of an accident. But have you ever wondered what actually absorbs the impact during a crash? Hidden inside the front structure of modern…
Most crash studies focus on straight, head-on impacts. However, real accidents are rarely that simple. Many crashes happen at angles—known as oblique loading—which makes them more unpredictable and dangerous. This research specifically addresses that challenge by designing crash boxes that…
Their main job is to absorb impact energy when a vessel makes contact with a port. Without them, the force of collision could damage ship hulls, infrastructure, and potentially cause accidents. This research focuses on multi-cell fenders, which are designed…
The research combines computer simulations and optimization techniques to design fenders that are both stronger and more efficient. Fenders act as buffers between ships and docking structures. Traditionally, they are made from rubber or hollow structures designed to absorb impact.…
It explores how advanced material design can significantly improve the safety of this essential structure. In simple terms, the door sill acts like a protective barrier. During a side collision, it helps absorb and distribute impact forces before they reach…
It investigates how specially designed tube structures can improve a vehicle’s ability to absorb energy during a crash.So, what exactly are “double tubes”? Imagine two hollow metal tubes—one placed inside the other. This layered structure creates a stronger and more…