W&FS SCIENTIFIC ARTICLES INCLUDE THESE TOPIC AREAS:-Wood and Lignocellulosic Materials-Biomaterials-Timber Structures and Engineering-Biology-Nano-technology-Natural Fiber Composites-Timber Treatment and Harvesting-Botany-Mycology-Adhesives and Bioresins-Business Management and Marketing-Operations Research.SWST members have access to all full-text electronic versions of current and past Wood and Fiber Science issues.
W&FS科学文章包括以下主题领域：-木材和木质纤维素材料-生物材料-木材结构和工程-生物学-纳米技术-天然纤维复合材料-木材处理和收获-植物学-真菌学-粘合剂和生物树脂-商业管理和营销-运营研究。SWST成员可以访问所有当前和过去的木材和纤维科学期刊的全文电子版。
VOLATILE ORGANIC COMPOUNDS EMITTED FROM UNTREATED AND THERMALLY MODIFIED WOOD - A REVIEW
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-023
Assessing Southern Pine 2x4 and 2x6 Lumber Quality: Longitudinal and Transverse Vibration
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-002
Distributions of modulus of elasticity and modulus of rupture in four mill-run lumber populations
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-019
CUTTING TEST AS SOURCE OF FRACTURE TOUGHNESS AND SHEAR YIELD STRENGTH FOR AXIAL-PERPENDICULAR MODEL OF WOOD CUTTING
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-006
EXPERIMENTAL RESEARCH ON MECHANICAL PROPERTIES OF LAMINATED POPLAR WOOD VENEER/PLASTIC SHEET COMPOSITES
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-030
A review of wood-bark adhesion: methods and mechanics of debarking for woody biomass.
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-027
A NUMERICAL STUDY OF THE EFFECT OF GREEN-STATE MOISTURE CONTENT ON STRESS DEVELOPMENT IN TIMBER BOARDS DURING DRYING
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-005
EFFECT OF GROWTH RING WIDTH AND FIBER DIMENSIONS ON THE COMPRESSIVE STRENGTH OF SOME MEMBERS OF THE MORACEAE FAMILY
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-039
Effects of Radial Growth Rate on Wood and Lumber Properties of 67-Year-Old Japanese Larch (Larix Kaempferi) Trees Planted in Tochigi, Japan
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-025
Within-mill variation in the means and variances of MOE and mor of mill-run lumber over time
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-037
WOOD PROPERTY MAPS SHOWING WOOD VARIABILITY IN MATURE LONGLEAF PINE: DOES GETTING OLD CHANGE JUVENILE TENDENCIES?
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-020
Effect of Supercritical Carbon Dioxide Treatment on Gas Permeability of Paulownia Fortunei Heartwood and Sapwood
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-007
Effects of size, species and adjacent lamina on moisture related strain in glulam
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-013
Study on the Swelling Characteristics of Bamboo Based on Its Graded Hierarchical Structure
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-031
ANATOMICAL, PHYSICAL AND MECHANICAL PROPERTIES OF TRANSGENIC LOBLOLLY PINE (PINUS TAEDA L.) MODIFIED FOR INCREASED DENSITY
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-018
MOMENT CAPACITY OF FURNITURE CORNER JOINTS MADE FROM BAMBOO-ORIENTED STRAND BOARD
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-024
Optimization of Performance of Bamboo Mat Corrugated Sheets Using Response Surface Methodology
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-026
COLOR CHANGES OF VARIOUS WOOD SPECIES IN RESPONSE TO MOISTURE
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-014
The Current and Future State of Wood Science Education in the United States
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-022
Physical and Chemical Characterization of Chinese Fallen Poplar Leaf Ash: Effects of the Calcining Temperature and Aqueous Solution
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-029
Bamboo Metallization for Aesthetic Finishing of Furniture and Wood Decorative Objects by An Electroless/Electrolytic Process
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-016
Laboratory immersion method for accelerated prediction of preservative leaching from pressure-treated wood exposed to precipitation
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-008
Potential of natural-origin loblolly pine tree fractions as a bioenergy feedstock
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-004
Effect of wood density and cracks on the moisture content of coated Norway spruce (Picea abies (L.) Karst.)
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-017
EFFECT OF CHIPPING EDGE INCLINATION ANGLE ON SIZE DISTRIBUTION OF PULP CHIPS PRODUCED BY A CHIPPER-CANTER
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-038
Lower Tolerance Limits for Screw Withdrawal in Wood
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-036
EVALUATION OF LUMBER FROM DECONSTRUCTED PORTLAND RESIDENTIAL BUILDINGS
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-041
Comparison of Evaluation Results of Nailed Joints in Shear Properties Obtained from Two Methods
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-042
Determination of Effective Coefficient of Chinese Fir (Cunninghamia Lanceolata) During Adsorption and Desorption Process
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-035
IMPROVEMENT SCHEME AND VERIFICATION OF HIGH-FREQUENCY HEATING UNIFORMITY OF WOOD
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-033
WOOD AND PLYWOOD QUALITY CHARACTERIZATION OF NEW AND ALTERNATE SPECIES AMENABLE FOR COMPOSITE WOOD PRODUCTION
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-040
EVALUATION OF DELAMINATION AND BENDING PERFORMANCE OF COMPOSITE CLT REINFORCED WITH CFRP
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-034
PHYSICAL AND MECHANICAL PROPERTIES OF GLUED-LAMINATED LUMBER FROM FAST-GROWING TREE SPECIES USING MAHOGANY TANNIN ADHESIVE
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-015
Bending and Creep Deformation of a Wood-Based Lightweight Panel: An Experimental Study
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-003
Durability Assessment of Western Juniper from Five Different Growing Regions
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-009
Technical Note: Life-time improvement and the cutting forces in nitrogen-implanted drills during wood-based material machining
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-021
RBF based sliding mode control method for lumber drying system
来源期刊：Wood and Fiber ScienceDOI：10.22382/WFS-2019-028
TECHNICAL NOTE: Effects of Polyurethane Resin on the Physical and Mechanical Properties of Wood Fiber/Palm Kernel Shell Composite Boards
来源期刊：Wood and Fiber ScienceDOI：10.22382/wfs-2019-043
