aeolotropic Sentence Examples
- The material exhibited aeolotropic properties, meaning its mechanical characteristics varied depending on the direction of force applied.
- Engineers studied the aeolotropic nature of the composite material to understand its behavior under different stress conditions.
- The aeolotropic structure of the crystal lattice contributed to its unique optical properties, allowing light to interact differently along distinct axes.
- Researchers conducted tests to analyze the aeolotropic conductivity of the substance, finding variations in electrical flow based on the direction of current.
- The aeolotropic behavior of the alloy made it ideal for specific applications where strength and flexibility were critical in varying directions.
- In aerospace engineering, designers considered the aeolotropic properties of materials when developing components for optimal performance under dynamic forces.
- The aeolotropic nature of the polymer allowed for tailored mechanical characteristics, enhancing its suitability for diverse industrial applications.
- Scientists explored the aeolotropic elasticity of biological tissues to better understand their response to external forces and stresses.
- The aeolotropic conductivity of the semiconductor material paved the way for advancements in electronics, particularly in designing efficient electronic components.
- Understanding the aeolotropic nature of geological formations helped geologists interpret how seismic waves propagated through different layers of the Earth's crust.
aeolotropic Meaning
aeolotropic (s)
having properties with different values along different axes
aeolotropic (a.)
Exhibiting differences of quality or property in different directions; not isotropic.
Synonyms & Antonyms of aeolotropic
No Synonyms and anytonyms found
FAQs About the word aeolotropic
having properties with different values along different axesExhibiting differences of quality or property in different directions; not isotropic.
No synonyms found.
No antonyms found.
The material exhibited aeolotropic properties, meaning its mechanical characteristics varied depending on the direction of force applied.
Engineers studied the aeolotropic nature of the composite material to understand its behavior under different stress conditions.
The aeolotropic structure of the crystal lattice contributed to its unique optical properties, allowing light to interact differently along distinct axes.
Researchers conducted tests to analyze the aeolotropic conductivity of the substance, finding variations in electrical flow based on the direction of current.
