torsional

TORSIONAL
Torsional force: The force that causes twisting in an object, often leading to deformation or rotation.
Torsional stress: The stress produced in a material due to twisting forces, potentially causing deformation or failure.
Torsional stiffness: The resistance of a material or structure against twisting or torsional deformation.
Torsional vibration: Oscillatory motion caused by a twisting force in a mechanical system.
Torsional rigidity: The ability of a material or structure to resist twisting or torsional deformation.
Torsional load: A load applied that induces a twisting or rotational force on a structure or component.
Torsional moment: The moment or torque that causes a twisting action in a mechanical system.
Torsional strain: The deformation experienced by a material due to torsional stress or forces.
Torsional failure: A type of material failure that occurs due to excessive twisting or torsional stress.
Torsional behavior: The way in which a material or structure responds to torsional forces.
Torsional resistance: The ability of a material or structure to withstand or resist torsional forces.
Torsional analysis: The study or examination of the twisting behavior of a system or structure.
Torsional strength: The ability of a material or structure to withstand torsional loads without failure.
Torsional stability: The capacity of a structure or system to maintain its shape and resist twisting under applied forces.
Torsional deformation: The change in shape or form of an object due to torsional forces.
Torsional properties: The characteristic features of a material related to its behavior under torsional loads.
Torsional testing: Experimental procedures used to evaluate the torsional characteristics of materials or components.
Torsional modulus: A measure of a material's resistance to torsional deformation.
Torsional behavior: The manner in which a material or structure behaves under torsional loads.
Torsional shear: The shear stress produced within a material due to torsional forces.
Torsional energy: The energy associated with torsional deformation or motion in a system.
Torsional capacity: The maximum torsional load or stress that a material or structure can withstand.
Torsional response: The reaction or response of a system or structure to applied torsional forces.
Torsional deflection: The amount by which a structure or component twists or deforms under torsional loads.
Torsional frequency: The frequency at which a system or structure undergoes torsional vibrations.
Torsional analysis: A methodical examination or study of the twisting characteristics of materials or systems.
Torsional mode: A specific pattern or manner in which a system or structure twists or deforms.
Torsional dynamics: The study of the dynamic behavior of systems subjected to torsional forces.
Torsional loading: The application of twisting or rotational forces to a material or structure.
Torsional response: The behavior or reaction of a system when subjected to torsional forces or stresses.
Torsional damping: The ability of a material or system to dissipate energy and reduce torsional vibrations.
Torsional stress-strain: The relationship between torsional stress and strain in a material.
Torsional equilibrium: A state where the torsional forces in a system or structure are balanced.
Torsional distortion: A change in shape or form of an object due to torsional stresses or forces.
Torsional resistance: The ability of a material or structure to oppose or withstand torsional forces.
Torsional limit: The maximum allowable torsional load or stress for a material or structure.
Torsional analysis: The process of evaluating or assessing the torsional characteristics of materials or structures.
Torsional shear strength: The maximum shear stress a material can withstand under torsional loading.
Torsional stability: The ability of a system or structure to maintain its integrity and resist twisting under external forces.
Torsional impact: The effect or influence of torsional forces on the performance or behavior of a system.
Torsional strain energy: The energy stored in a material due to torsional deformation.
Torsional deflection: The displacement or bending of a structure or component due to torsional forces.
Torsional equilibrium: A state where the moments or torques causing torsion are in balance or canceled out.
Torsional resilience: The ability of a material or structure to recover its original shape after torsional deformation.
Torsional ductility: The capacity of a material to undergo torsional deformation without breaking.
Torsional sensitivity: The responsiveness of a system or structure to changes in torsional forces or loads.
Torsional creep: The gradual deformation or failure of a material under prolonged torsional stress.
Torsional response: The manner in which a system or structure reacts or adapts to torsional loads.
Torsional design: The process of designing structures or components considering their torsional characteristics and requirements.
Torsional stability: The ability of a structure or system to maintain its shape and resist torsional deformation over time.