"' definitely succeeds in its objective of making the 'method available to all potential users in the field of mechanical vibrations' and it is recommended for purchase by engineering libraries and all engineers who wish to use or evaluate the use of the superposition method." Appl. Mech. Rev., 2000

• Plate vibration analysis by the method of superposition; the vibration of orthotropic rectangular plates; plates with elastic edge support; point supported plates and plates with attached masses; vibration of plates with mixed boundary conditions; free vibration of non-rectangular straight-edged plates; free vibration and buckling of plates with in-plane forces; the vibration of mindlin plates; free vibration of laminated plates; the forced vibration of plates; some additional applications of the superposition method.

"' definitely succeeds in its objective of making the 'method available to all potential users in the field of mechanical vibrations' and it is recommended for purchase by engineering libraries and all engineers who wish to use or evaluate the use of the superposition method." Appl. Mech. Rev., 2000

• Plate vibration analysis by the method of superposition; the vibration of orthotropic rectangular plates; plates with elastic edge support; point supported plates and plates with attached masses; vibration of plates with mixed boundary conditions; free vibration of non-rectangular straight-edged plates; free vibration and buckling of plates with in-plane forces; the vibration of mindlin plates; free vibration of laminated plates; the forced vibration of plates; some additional applications of the superposition method.

"' definitely succeeds in its objective of making the 'method available to all potential users in the field of mechanical vibrations' and it is recommended for purchase by engineering libraries and all engineers who wish to use or evaluate the use of the superposition method." Appl. Mech. Rev., 2000

• Plate vibration analysis by the method of superposition; the vibration of orthotropic rectangular plates; plates with elastic edge support; point supported plates and plates with attached masses; vibration of plates with mixed boundary conditions; free vibration of non-rectangular straight-edged plates; free vibration and buckling of plates with in-plane forces; the vibration of mindlin plates; free vibration of laminated plates; the forced vibration of plates; some additional applications of the superposition method.