Web crippling occurs due to
A.column action of the web
B.failure of web under concentrated load
C.excessive bending moment
D.secondary stresses
A.column action of the web
B.failure of web under concentrated load
C.excessive bending moment
D.secondary stresses
A.Short column
B.Strut
C.Long column
D.Medium column
E.None of the above
A.Steel, Phosphor-bronze, Glass, Lead and Wood
B.Steel, Glass, Phosphor-bronze, Lead Wood
C.Steel, Wood, Lead Phosphor-bronze, Glass
D.Steel, Lead, Wood, Phosphor-bronze, Glass
E.Steel, Phosphor-bronze, Wood, Glass, Lead
A.Toughness
B.Surface roughness
C.Hardness
D.Ductility
E.Drawing quality
A.Straight line
B.Vertical line
C.Horizontal line
D.Sudden break
E.Same as that for mild steel
A.Ends
B.Mid-spam
C.Both at ends as well as mid-span
D.At L/4 from either end
E.None of the above
A.The work required to deform the body zero stress to stress within elastic limit
B.Elastic energy stored in unit area of material
C.Equal to the area of the stress deformation diagram
D.None of the above
A.Homogeneous
B.Isotropic
C.Isentropic
D.Inelastic
E.Visco-elastic
A.Coaxing
B.Relaxing
C.Compounding
D.Bauschinger effect
E.None of the above