EFFECT OF THERMALLY CONDUCTIVE FILLERS ON THE INTERNAL BOND STRENGTH OF STRANDBOARD.

QR Code

EFFECT OF THERMALLY CONDUCTIVE FILLERS ON THE INTERNAL BOND STRENGTH OF STRANDBOARD.

Bibliographic Details
Main Author:	TORREY, KATIE S.
Format:	Article
Language:	Spanish
Subjects:	MADERAS TEMPERATURA DE LA MADERA Artículos de revista

Similar Items

THERMALLY CONDUCTIVE CARBON FILLER IN WOOD BASED COMPOSITES.
by: MATUANA, LAURENT M.

WITHDRAWAL AND BENDING STRENGTH OF DOWEL NUTS IN PLYWOOD AND ORIENTED STRANDBOARD.
by: YUSUF Z. ERDIL

PERMEABILITY OF ORIENTED STRANDBOARD MATS.
by: SHUPE, TODD F.

THE EFFECT OF SOME PROCESS VARIABLES ON THE LAP SHEAR STRENGTH OF ASPEN STRANDS UNIFORMLY COATED WITH PMDI RESIN.
by: SMITH, GREGORY D.

Effect of cyclic long-term temperature exposure on the bending strength of lumbe.
by: Green, D. W.

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

Tensile strength of oriented strandboard as affected by specimen width.
by: Sara C. Schwab ... [Et al.]

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

EFFECT OF MOISTURE CONTENT AND TEMPERATURE ON TENSION STRENGTH OF FINGERJOINTED BLACK SPRUCE LUMBER.
by: ST-PIERRE, BENOIT

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

Evaluation of oriented strandboard and plywood subjected to severe relative humidity and temperature conditions.
by: Garay M., Rose Marie

SIZE EFFECT ON SHEAR STRENGTH MEASURED BY THE ASTM METHOD.
by: LANG, ELEMER M. ; KOVACS, ZSOLT

Thermal degradation and thermal conductivity of gypsum-cement particleboard.
by: Espinoza-Herrera, Raúl

THE THERMAL CONDUCTIVITY OF PLANTATION GROWN WHITE PINE (PINUS STROBUS) AND RED PINE (PINUS RESINOSA) AT TWO MOISTURE CONTENT LEVELS; R.W. RICE, ROBERT SHEPARD.
by: RICE, R.W.

EFFECT OF MOISTURE CONTENT ON DOWEL-BEARING STRENGTH.
by: RAMMER, DOUGLAS R.

SENSITIVITY ANALYSIS OF INTERNAL MAT ENVIRONMENT DURING HOT PRESSING.
by: ZOMBORI, BALAZS G.

Effect of temperature on the dynamic mechanical properties of resin film and wood.
by: Yucheng Peng, Sheldon G. Shi, Moon G. Kim

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

THE EFFECT OF SEQUENTIAL AMMONIA AND METHYL FORMATE INJECTION ON THE STRENGTH DEVELOPMENT OF PHENOL-FORMALDEHYDE BONDS TO WOOD.
by: CHOWDHURY, MOHAMMED

MONITORING BOND STRENGTH DEVELOPMENT IN PARTICLEBOARD DURING PRESSING, USING ACOUSTO-ULTRASONICS.
by: CHEN, LIHENG

Effect of strand geometry and wood species on strandboard mechanical properties.
by: Beck, Katherina

Use of fire-impacted trees for oriented strandboards.
by: Moya, Laura

Theoretical modeling of bonding characteristics and performance of wood composites. Part IV. Internal bond strengt.
by: Dai, C.

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

EFFECT OF HIGH TEMPERATURE DRYING ON PERMEABILITY AND TREATMENT OF WESTERN HEMLOCK LUMBER.
by: RHATIGAN, R.G.

Efecto de la temperatura de termotratamiento en el comportamiento eléctrico de la madera de pino radiata = Effect of temperature of thermotreatment on electrical conductivity of radiata pine timber /

Strategy to control the effectiveness of microwave treatment of wood in the framework of the implementation of ISPM 15.
by: Jean-Marc Henin ... [Et al.]

DIMENSIONAL STABILITY AND MECHANICAL PROPERTIES OF ORIENTED STRANDBOARD WITH MICROWAVE-DRIED FLAKES IN THE SURFACE LAYERS.
by: ZISI, NIKOLA V.

INTERNAL PRESSURE DEVELOPMENT AND DEFORMATION DURING SUPERCRITICAL FLUID IMPREGNATION OF SELECTED WOOD-BASED MATERIALS.
by: OBERDORFER, GEORG

THE INFLUENCE OF FURNISH MOISTURE CONTENT AND PRESS CLOSURE RATE ON THE FORMATION OF THE VERTICAL DENSITY PROFILE IN ORIENTED STRANDBOARD.
by: ANDREWS, CHRIS K. ; WINISTORFER, PAUL M. ; BENNETT, RICHARD M.

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

VERTICAL DENSITY PROFILES IN THERMALLY COMPRESSED BALSAM FIR WOOD.
by: JIEYING WANG

Two dimensional finite element heat transfer model of softwood. Part I. Effective thermal conductivity.
by: Hunt, John F.

Effects of hot pressing parameters andwax content on the properties of fiberboard made from paper mill sludge.
by: Geng, Xinglian

Fire-retardant-treated strandboard : properties and fire performance.
by: Winandy, Jerrold E.

EFFECTS OF CURING TIME AND END PRESSURE ON THE TENSILE STRENGTH OF FINGER JOINED BLACK SPRUCE LUMBER.
by: BUSTOS, CECILIA

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

Theoretical analysis and design of joints in a representative sofa frame constructed of plywood and oriented strandboard.
by: Erdil, Yusuf Ziya

STRENGTH OF SMALL-DIAMETER ROUND AND TAPERED BENDING MEMBERS.
by: WOLFE, RON

EVALUATION OF A REDUCED SECTION MODULUS MODEL FOR DETERMINING EFFECTS OF INCISING ON BENDING STRENGTH AND STIFFNESS OF STRUCTURAL LUMBER.
by: HERNANDEZ, ROLAND