100% CORRECT WELL DETAILED
ANSWERS|LATEST
UPDATE!!!2025/2026|GUARANTEED
Displacement - ANSWER the change in position of an object
Principal stresses - ANSWER Stresses that act on principle planes, where they cause no
shearing stress on the stress element
Principal strain - ANSWER the eigenvalues of the strain tensor at that point.
Yield Stress - ANSWER the stress at which permanent deformation occurs
Failure due to fracture - ANSWER New surfaces in the form of cracks appear or in
which existing cracks are extended
Brittle fracture - ANSWER A mode of fracture characterized by rapid crack
propagation.
Failure due to yielding - ANSWER Exhaust the load-carrying capacity of a structure or it
may change the geometry of a structure to an extent.
Failure due to low stiffness - ANSWER floor beam may have adequate strength but
they may create a floor that is bouncy or springy
1
ANSWERS|LATEST
UPDATE!!!2025/2026|GUARANTEED
Displacement - ANSWER the change in position of an object
Principal stresses - ANSWER Stresses that act on principle planes, where they cause no
shearing stress on the stress element
Principal strain - ANSWER the eigenvalues of the strain tensor at that point.
Yield Stress - ANSWER the stress at which permanent deformation occurs
Failure due to fracture - ANSWER New surfaces in the form of cracks appear or in
which existing cracks are extended
Brittle fracture - ANSWER A mode of fracture characterized by rapid crack
propagation.
Failure due to yielding - ANSWER Exhaust the load-carrying capacity of a structure or it
may change the geometry of a structure to an extent.
Failure due to low stiffness - ANSWER floor beam may have adequate strength but
they may create a floor that is bouncy or springy
1
