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Isotropy শব্দের বাংলা অর্থ: সমসারকতা

Isotropy Meaning In Bengali সমসারকতা

Isotropy

সমসারকতা,

Definition

1) Isotropy is the property of having the same physical properties in all directions. In materials science, it refers to the uniformity of properties such as strength, conductivity, or optical characteristics in all directions.
2) In physics, isotropy is the characteristic of a system being independent of direction. This means that physical laws and properties remain the same regardless of the orientation or direction in which they are measured.
3) In engineering and geology, isotropy describes a condition where a material or medium has the same properties in all directions. This term is often used in the study of materials, fluids, and geological formations to understand their behavior and properties.

Examples

Isotropy Example in a sentence

1) The material exhibited isotropy, with the same properties in all directions.

2) Isotropic materials have consistent physical properties regardless of direction.

3) Engineers must consider isotropy when designing structures for balanced strength.

4) The paint's isotropy ensures it dries uniformly on all surfaces.

5) Anisotropic materials do not have the same level of isotropy as their counterparts.

6) Heat distribution in the system was modeled assuming isotropy for simplicity.

7) Isotropy is an important factor in determining the behavior of certain crystals.

8) The satellite's sensors are designed to measure isotropy in atmospheric conditions.

9) Research on isotropy in biological tissues has led to insights in biomechanics.

10) Isotropy allows for uniform stress distribution in a material under load.

Part of Speech

Isotropy (Noun)

Synonyms

Isotropy - (SYNONYM) সমসারকতা

Encyclopedia

Isotropy is the property of having the same physical properties in all directions. In materials science, it refers to the uniformity of properties such as strength, conductivity, or optical characteristics in all directions.
In physics, isotropy is the characteristic of a system being independent of direction. This means that physical laws and properties remain the same regardless of the orientation or direction in which they are measured.
In engineering and geology, isotropy describes a condition where a material or medium has the same properties in all directions. This term is often used in the study of materials, fluids, and geological formations to understand their behavior and properties.