Engineers have long sought materials that could “think” — not by resisting stress through bulk, but by responding to it intelligently. Smart alloys, or shape memory alloys (SMAs), answer this…
Category: <span>Advanced engineering technologies of modern materials</span>
Engineers are increasingly turning to materials that behave in ways traditional physics doesn’t predict. These are not just strong or lightweight — they interact with waves, fields, and vibrations, enabling…
Dividing complex technical systems into standardized modules has become one of the most efficient ways to speed up and simplify production in mechanical engineering. An approach that once came from…
Engineering precision and mechanical strength are two cornerstones of modern manufacturing and engineering. These characteristics are of great importance in various industries, from the aviation and automotive industries to construction…
Modern technologies and engineering solutions require increasing the strength and stability of structures, especially under conditions of constantly increasing loads and durability requirements. Across industries such as construction, engineering and…