Digital Library / Topics / Construction / Wood / All JTE

• Computational Modeling of the Lateral Load Transfer Capacity of Rimboard
• Sawblade Vibration Mode Shape Measurement Using ESPI
• Boundary Condition Role in Tests of Wood Compression Webs
• Towards the Development of Accelerated Methods for Assessing the Durability of Wood Plastic Composites
• The Formation Mechanism of the Factory-Roof Pattern in a Torsional Fatigue Specimen with Circumferential Notch
• Performance-Based Material Evaluation of Fiber-Reinforced Polymer-Wood Interfaces in Reinforced Glulam Members
• Modeling and Calibration of a Laminating Press Prototype for Fiber-Reinforced Polymer-Glulam Billets
• Small-Scale Modeling of Metal-Plate-Connected Wood Truss Joints
• Shear Strength of Structural Composite Lumber Using Torsion Tests
• Shear Stress/Shear Strain Relation of Wood Obtained by Asymmetric Four-Point Bending Test of Side-Tapered Specimen
• Evaluation of a Boron-Nitrogen, Phosphate-Free Fire-Retardant Treatment. Part I. Testing of Douglas-Fir Plywood per ASTM Standard D 5516-96
• Evaluation of a Boron-Nitrogen, Phosphate-Free Fire-Retardant Treatment. Part II. Testing of Small Clear Specimens per ASTM Standard D 5664-95, Methods A and B
• Evaluation of a Boron-Nitrogen, Phosphate-Free Fire-Retardant Treatment. Part III. Evaluation of Full-Size 2 by 4 Lumber per ASTM Standard D 5664-95 Method C
• Experimental Analysis of Multiple Staple Joints in Selected Wood and Wood-Based Materials
• Experimental Evaluation of the Torsion Test for Determining Shear Strength of Structural Lumber
• Finite-Element Analysis of the Stress Distribution in a Torsion Test of Full-Size, Structural Lumber
• Evaluation of the Elevated Temperature Creep Strength of Three Lead-Free Solder Alloys in Soldered Joints
• Empirical Models Depicting Grain Angle Effects on Load-Embedment Response of Dowel-Type Fasteners in Wood
• The Role of Bearing Plates in the Five-Point Bending Tests of Structural-Size Lumber
• Evaluation of Wood Poles Using a Free Vibration Technique
• Precision in the Extrapolation of Creep Rupture Data
• Decay of Wood and Wood-Based Products Above Ground in Buildings
• Extrapolation of Creep Strain Data for Pure Copper
• A Testing Device for the Mechanical Characterization of Wood Beams or Plates Under Bending Compression
• Stress-Strain Relationship of Common Wire Nails Under Reversed Cyclic Loading
• Establishing Uplift Design Values for Metal Connectors in Light-Frame Construction
• Qualitative Assessment of Failure in Bolted Connections: Maximum Stress Criterion
• Bearing Strength of White Oak Pegs in Red Oak and Douglas Fir Timbers
• Modeling Bolted Connections in Wood: A Three-Dimensional Finite-Element Approach
• Mechanical Properties of Laminated Veneer Lumber via Five-Point Bending Test
• A Probabilistic Study of the Influence of Hanger Alignment on the Reliability of Refractory Furnace Roof Anchors
• Experimental Analysis of Bolted Joints in Wood
• Measurement of Load Distribution in Multiple-Bolted Wood Connections
• New Technique for Evaluating Damping of Longitudinal Free Vibration in Wood-Based Materials
• Creep Lifetime Under Constant Load and Constant Stress: Theory and Experiment
• Accuracy of Wood Resistance Sensors for Measurement of Humidity
• Time-Dependent Bending Properties of Lumber
• Testing and Evaluation of Metal-Plate-Connected Wood Truss Joints
• Prediction of Creep Properties of Chipboard Used in Stressed-Skin Panels
• Comparison of Optically and Mechanically Measured Deformations in a Finger-Jointed Wood Tension Specimen
• A Vibration-Based Method for Determining St. Venant Torsional and Warping Stiffnesses of Members with Open Cross-Sections
• A Universal Panel Tester
• Modeling Wood in Transverse Compression
• Behavior of Wood in Transverse Compression
• Superposition Theory Applied to Nail/Glue Joints in Wood: Part IIStiffness Behavior
• Superposition Theory Applied to Nail/Glue Joints in Wood: Part IStrength Behavior
• Compression Testing of Lumber: A Comparison of Methods
• Load-Slip Behavior of Nailed Joints in Seven Amazonian Hardwoods
• Test Apparatus for Simulating Interactive Loads on Metal Plate Wood Connections
• Application of the European Yield Model to Nailed Joints in Southern Hardwoods
• Direct Measurements of Displacements in the Inner Roller Span of Four-Point-Bending Creep Tests
• Cryogenic Creep Testing
• A Novel Specimen Geometry for Double Shear Creep Experiments
• Behavior of Rubber-Based Elastomeric Construction Adhesive in Wood Joints
• Instrumented Impactor for Testing Wood-Base Floor Panels
• A Computer-Aided Image System for Analyzing Cracks Created by Nailing in Wood
• Using the Bioassay to Detect and Measure Preservatives in Wood
• Effects of Testing Variables on Damping and Stiffness of Nailed Wood-to-Sheathing Joints
• Mode II Wood Test Specimen: Beam with Center Slit
• Dynamic Tests on Full-Scale Structures of Glue-Laminated Timber: Theoretical and Experimental Studies
• A Comparison of Three Methods for Determining Elastic Constants of Wood
• Bibliography on Clean Glass: Supplement I
• An Empirical Model for Predicting Performance of Fire-Resistive Coatings in Wood Construction
• A Method for Determining the Effect of Fasteners on the Stiffness and Strength of Wood Drive-In-Rack Pallets
• Deckboard Bending Theory for Three-Stringer Wood Pallets in Drive-In Racks
• Comparison of Nailed Joint Test Methods
• Long-Time Creep-Rupture Tests of Aluminum Alloys
• Creep-Rupture Properties of Aluminum Alloy A356-T61
• Effect of Pyrolytic Temperatures on the Longitudinal Strength of Dry Douglas-Fir