A section where largest internal stress occurs.

A load varying throughout cycle is known as:

A load distributed over entire area is said to be:

A sketch of parts showing all acting forces is known as:

A type of load that is rapidly applied.

A force, moment, or torque applied to mechanism or structure is said to be:

A method used to graphically visualize state of stress acting in different planes passing through a given point is said to be:

A load passing through centroid of resisting section is known as:

An elongation or contraction of linear segment of element in which stress is applied.

A plane that cuts across corner of principal element so that eight planes form octahedron.

A support where one or both ends freely extend past support is known as:

A combination of applied normal and shear stresses that produces maximum principal normal stress or minimum principal normal stress, with a third principal stress between or equivalent to the extremes.

The combination of applied and shear stresses that produces maximum principal shear stress or minimum principal shear stress.

A load collinear with transverse shear force is known as:

The measure of angular distortion in which shear stress is applied is said to be:

Positive if elongation is in direction of positive axes.

Positive for tension and negative for compression.

Positive if interior angle becomes smaller after shear stress is applied.

Positive if both normal from the surface and shear are in positive or negative direction; negative for any other combination.

A support where one end is pinned and other is roller-supported.

Functions used to evaluate shear and moment diagrams, especially when discontinuities, such as concentrated load or moment, exist.

A load gradually applied and equilibrium reached in short time.

A displacement produced in solid as result of stress.

An intensity and direction of internal force acting at given point on particular plane.

A load constant over long time is known as:

A condition where principal stresses exist while all other tensor elements are zero is known as:

A load subjected to twisting motion.

A stress where all surfaces are considered is said to be:

A condition where two perpendicular surfaces are comparatively free of stress is known as:

A material having different properties in all direction s at point in solid.

It is the wear property of material.

A material that fractures at strain below 5% is known as:

These are compounds of metallic and non-metallic elements.

The combinations of two or more materials, usually consisting of fiber and thermosetting polymer is said to be:

The mass per unit volume of a material is called as:

A material that can sustain elongation greater than 5% before fracture is known as

It is the degree of plastic deformation sustained at fracture.

The stress above which material acquires permanent deformation.

Polymers with intermediate amount of cross-linking.

The stress at time of fracture or rupture is called as:

The compounds of metallic and non-metallic elements with no crystal structure.

A material having properties not function of position in solid is known as:

A material having same properties in all directions at point in solid is said to be:

Materials that are combinations of metallic elements.

The proportionality constant between stress and strain.

A decreasing cross-sectional area that occurs after ultimate stress is reached and before fracture.

A material having different properties in three mutually perpendicular directions at point in solid and having three mutually perpendicular planes of material symmetry.