Theoretical modeling of bonding characteristics and performance of wood composites. Part IV. Internal bond strengt.

Código QR

Theoretical modeling of bonding characteristics and performance of wood composites. Part IV. Internal bond strengt.

Detalles Bibliográficos
Autor principal:	Dai, C.
Otros Autores:	Jin, J., Yu, C.
Formato:	Artículo
Lenguaje:	Spanish
Materias:	Modelado Simulación Química de la madera Propiedades mecánicas Uniones en madera Densidad Artículos de revista

Ejemplares similares

Theoretical modeling of bonding characteristics and performance of wood composites. Part II : Resin distribution.
por: Dai, Chunping

Theoretical modeling of bonding characteristics and performance of wood composites. Part III : Bonding strength between two wood element.
por: He, Guangbo

Theoretical modeling of bonding characteristics and performance of wood composites. Part I : Inter-element contact.
por: Dai, Chunping

WOOD COMPOSITE WARPING MODELING AND SIMULATION.
por: CAI, ZHIYONG

Mode II fracture behavior of bonded viscoelastic thermal compressed wood.
por: Kutnar, Andreja

Measuring and simulating the effects of the pressing schedule on the density profile development in wood-based composites.
por: Thoemen, Heiko

FUNDAMENTALS OF VERTICAL DENSITY PROFILE FORMATION IN WOOD COMPOSITES : PART III. MDF DENSITY FORMATION DURING HOT PRESSING.
por: WANG, SIQUN

ANALYTICAL MODELING OF RHEOLOGICAL POSTBUCKLING BEHAVIOR OF WOOD-BASED COMPOSITE PANELS UNDER CYCLIC HYGRO-LOADING.
por: KANG, WOOK

MODELING THE CONTINUOUS PRESSING PROCESS FOR WOOD-BASED COMPOSITES; HEIKO THOEMEN, PHILIP HUMPHREY.
por: THOEMEN, HEIKO

MECHANICAL PROPERTIES IN RELATION TO SELECTED WOOD CHARACTERISTICS OF BLACK SPRUCE.
por: ALTEYRAC, JEROME

EQUIVALENT CIRCUIT MODELING OF THE DIELECTRIC PROPERTIES OF RUBBER WOOD AT LOW FREQUENCY.
por: KAZI, FEROZ K. M.

IMPROVEMENTS IN THE FRACTURE CLEAVAGE TESTING OF ADHESIVELY BONDED WOOD.
por: GAGLIANO, JERONE M.

Influence of surface roughness and species on bond strength between the wood and the finish.
por: Ozdemir, Turgay

Investigation of OSB thickness-swell based on a 3d density distribution. Part I : The finite element model.
por: Tackie, Alan D.

EFFECT OF THERMALLY CONDUCTIVE FILLERS ON THE INTERNAL BOND STRENGTH OF STRANDBOARD.
por: TORREY, KATIE S.

Wood density in conifers
por: Elliott, G. K
Publicado: (1970)

MODELLING OF AIRFLOW AND WOOD DRYING INSIDE A KILN : A COMPREHENSIVE APPROACH.
por: POUGATCH, KONSTANTIN

BONDING OF WOOD FIBER COMPOSITES USING A SYNTHETIC CHELATOR LIGNIN ACTIVATION SYSTEM.
por: YELLE, D.

Finite element modeling of laminate wood composites hygromechanical behavior considering diffusion effects in the adhesive layers.
por: Deteix, Jean

PREDICTION OF INTERNAL BOND STRENGTH IN PARTICLEBOARD FROM SCREW WITHDRAWAL RESISTANCE MODELS.
por: SEMPLE, KATE

FUNDAMENTALS OF VERTICAL DENSITY PROFILE FORMATION IN WOOD COMPOSITES. PART II. METHODOLOGY OF VERTICAL DENSITY FORMATION UNDER DYNAMIC CONDITIONS.
por: WANG, SIQUN

Wood-adhesive interface characterization and modeling in engineered wood floorin.
por: Belleville, Benoît

IMPROVEMENTS TO HYDROXYMETHYLATED RESORCINOL COUPLING AGENT FOR DURABLE BONDING TO WOOD.
por: CHRISTIANSEN, ALFRED W.

PERFORMANCE OF FASTENERS IN WOOD FLOUR-THERMOPLASTIC COMPOSITE PANELS.
por: FALK, ROBERT H. ; VOS, DANIEL J. ; CRAMER, STEVEN M.

Modeling biomass collection and woods processing life-cycle analysis /
por: Johnson, Leonard

FUZZY KNOWLEDGE-BASED MODELING AND STATISTICAL REGRESSION IN ABRASIVE WOOD MACHINING; ANDRES CARRANO ... [ET AL.].

PHYSICAL AND MECHANICAL PROPERTIES OF MIXED COMRIND AND HARDWOOD ORIENTED STRANDBOARD BONDED WITH PHENOL-FORMALDEHYDE RESIN.
por: HAN, GUANGPING

Wood shrinkage prediction using NIR spectroscop.
por: Taylor, Adam M.

Theoretical thermal conductivity equation for uniform density wood cell.
por: Hunt, J. F.

THREE DIMENSIONAL MODELING AND VISUALIZATION OF WHOLE NORWAY SPRUCE LATEWOOD TRACHEIDS.
por: BARDAGE, STIG L.

AN ADAPTIVE WOOD COMPOSITE : THEORY.
por: SMITTAKORN, WATANACHAI

Use of mountain pine beetle killed wood to produce cement-bonded particleboard.
por: Chang, Feng-Cheng

Effects of cambial age and stem height on wood density and growth of jack pine grown in boreal stands /

ABILITY OF NEAR INFRARED SPECTROSCOPY TO MONITOR AIR-DRY DENSITY DISTRIBUTION AND VARIATION OF WOOD..
por: VIA, BRIAN

STRENGTH AND DURABILITY OF PHENOL-RESORCINOL-FORMALDEHYDE BONDS TO CCA-TREATED RADIATA PINE WOOD.
por: LISPERGUER, JUSTO H.

FUNDAMENTALS OF VERTICAL DENSITY PROFILE FORMATION IN WOOD COMPOSITES. PART1. IN-SITUDENSITY MEASUREMENT OF THE CONSOLIDATION PROCESS.
por: WINISTORFER, PAUL

CHEMICAL AND MECHANICAL ASPECTS OF HMR PRIMER IN RELATIONSHIP TO WOOD BONDING.
por: CHRISTIANSEN, ALFRED W.

Adsorption and desorption performance of two commercial wood plastic composites.
por: Adebayo, Adebola B.

A CIRCULAR INTERNAL BOND TEST FOR PREDICTING THE HOLDING STRENGTH OF FURNITURE FASTENERS.
por: AKCAY, HUSEYIN ; ECKELMAN, C.A.

EVALUATION OF KOREAN SOFTWOOD PLYWOOD BONDED WITH UREA FORMALDEHYDE RESIN ADHESIVE.
por: YOUNG SUNG OH