mechanurgy Sentence Examples
- Mechanurgy explores the intricate relationship between physical and chemical forces in materials.
- The field of mechanurgy investigates how mechanical energy can induce chemical reactions and structural transformations.
- Mechanochemistry and mechanobiology are branches of mechanurgy that examine the effects of mechanical forces in chemistry and biology, respectively.
- Researchers utilize mechanurgy to design materials with tailored properties by manipulating their physical and chemical structure on a nanoscale.
- Mechanurgy holds promise for advancements in fields such as catalysis, energy storage, and biomedical technology.
- The mechanurgy of graphene involves understanding how its unique mechanical properties influence its electronic and chemical behavior.
- By harnessing mechanurgy, scientists aim to develop intelligent materials that can respond to external mechanical stimuli.
- The mechanurgy of soft materials, such as gels and polymers, plays a crucial role in their biocompatibility and functionality.
- Mechanurgy offers insights into the fundamental mechanisms underlying biological processes that involve mechanical forces, such as cell adhesion and tissue regeneration.
- The mechanurgy of metallic materials helps to elucidate their strength, ductility, and failure characteristics.
mechanurgy Meaning
Webster
mechanurgy (n.)
That branch of science which treats of moving machines.
Synonyms & Antonyms of mechanurgy
No Synonyms and anytonyms found
FAQs About the word mechanurgy
That branch of science which treats of moving machines.
No synonyms found.
No antonyms found.
Mechanurgy explores the intricate relationship between physical and chemical forces in materials.
The field of mechanurgy investigates how mechanical energy can induce chemical reactions and structural transformations.
Mechanochemistry and mechanobiology are branches of mechanurgy that examine the effects of mechanical forces in chemistry and biology, respectively.
Researchers utilize mechanurgy to design materials with tailored properties by manipulating their physical and chemical structure on a nanoscale.
