adjective relating to or exhibiting different properties in different directions
In geology, aeolotropic rocks have varying properties depending on the direction of measurement, such as porosity or permeability.
In engineering, aeolotropic materials are commonly encountered in the design of structures and components.
In physics, aeolotropic materials exhibit different physical properties when measured in different directions.
In materials science, aeolotropic refers to a material having different properties in different directions, such as strength or conductivity.
In the field of materials science, a writer may use the term aeolotropic to describe a material that has different properties in different directions, such as wood or certain crystals.
A psychologist may use the term aeolotropic when discussing the concept of cognitive biases, which can cause individuals to perceive information in a skewed or distorted manner.
An engineer may use the term aeolotropic when designing structures or materials that have varying properties depending on the direction of measurement, such as composite materials or certain types of metal alloys.
In the field of geology, a geologist may use the term aeolotropic when studying the properties of rocks or minerals that exhibit different characteristics based on the direction of stress or deformation.