Knowledge

Synthetic polymers have become one of the most important groups of biomaterials today, alongside metals and ceramics. In medicine, they are used in disposable products,…

Metals play a completely different role in biomedical engineering than ceramics or polymers. They are distinguished primarily by their excellent mechanical properties and high electrical…

Ceramics are commonly associated with porcelain, glass, or architectural elements. In biomedical engineering, however, the term has a much broader meaning. Ceramics are inorganic, non-metallic…

Modern biomedical engineering increasingly relies on integrated measurement and interpretation chains, in which sensors, acquisition channels, processing algorithms, and image reconstruction algorithms are integrated into…

Biomedical engineering today is a vast ecosystem of knowledge, where materials science, fluid mechanics and transport phenomena, measurement techniques, and systems engineering intersect with physiology…

Biomaterials are the backbone of modern reconstructive medicine and dentistry. Their applications range from heart valves and joint endoprostheses to intraosseous implants, sensors, electrodes, and…

Among non-ferrous metals, copper occupies a special position, both in terms of its physicochemical properties and the breadth of its industrial applications. Humans have used…

Tool steels are materials specially adapted for the production of tools used in machining, plastic working, and measurement. Their task is to meet specific and…

Although metals have been the basis of human civilization for centuries, it was only with the development of physics that we came to understand why…

Characteristics of aluminum as a structural metal Aluminum is one of the most widely used metals in industry, and its importance continues to grow, both…

Why are pure metals not enough Although pure metals have their unique properties, in technical practice, they are rarely sufficient. Aluminum, iron, and copper in…