Epoxy Repair of a Glulam Beam
The repair of timber structures by epoxy injection techniques is a recently developed repair alternative. Theoretical and experimental studies have resulted in the formulation of design...
Hypars and Wood Shells?The Boston College Recplex
For the past twenty years, we have been involved in the design and construction of intermediate span wood hyperbolic paraboloid. During that time the spans have ranged from 50 ft. to 200...
Analysis of Masonry Veneer and Steel Stud Walls
Analytical Investigation of Corner Cracking in Brick Masonry Veneer
Analysis of Delamination in Composite Laminates
Low Velocity Impact Resistance of Tough Composites
A High-Order Theory of Laminated Shells
Three-Dimensional Hybrid-Stress Finite Element Analysis of Composite Laminates
On Vibration of Anisotopic Laminated Beams
Interlaminar Cracks in Laminated Beams: Isodyne Assessment of Some Analytical Solutions
Minimum Thickness Design of Symmetric Composite Laminates
Reliability of Timber Bridge Decks
Residual Stress and Rebound Deformation in Curved Glulam Timber Members
On Stress Singularities in Laminated Composites
A Model for Yield of Bi-Phase Lamellar Eutectics
Impact Response of Buckled Composite Laminates
Membrane Theory for Layered Ellipsoidal Shells
Heavy Timber Structures and Bridges
Development and application of treated glued-laminated timber is a landmark event in structural engineering history. The inertia of this event has produced continued, rapid and dramatic...
An Overview of Structural Panels and Structural Composite Products
Plywood has been the principal structural panel for construction since the late 1940s. Today, structural panels are evolving into products such as composite panels, oriented strand board,...
Session Report on Structural Materials ? Panels
Return to search