BONDING SHEAR STRENGTH IN TIMBER AND GFRP GLUED WITH EPOXY ADHESIVES

Wood Research (p. 297-309) - 1/12/2011

• ISSN 13364561

• iMarina

INFLUENCE OF TEMPERATURE AND MOISTURE CONTENT ON NON-DESTRUCTIVE MEASUREMENTS IN SCOTS PINE WOOD

Wood Research (p. 769-780) - 1/1/2014

• ISSN 13364561

• iMarina

Predicting the mechanical properties of timber from existing structures by the longitudinal vibration method, visual grading and definition of the nominal cross-section

Wood Material Science And Engineering - 12/8/2023

10.1080/17480272.2023.2243673 View at source

• ISSN 17480280

• iMarina

Load carrying capacity of halved and tabled tenoned timber scarf joint

Materials And Structures (p. 5343-5355) - 1/12/2016

10.1617/s11527-016-0864-y View at source

• ISSN 00255432

• iMarina

The effect of wanes on the bending strength of solid timber beams

Materiales De Construccion (p. 61-76) - 1/10/2007

• ISSN 04652746

• iMarina

The effect of fissures on the strength of structural timber

Materiales De Construccion (p. 115-132) - 24/9/2010

Editor: Instituto Eduardo Torroja

10.3989/mc.2010.48208 View at source

• ISSN 04652746
• ISSN/ISBN 0465-2746

• Dialnet
• iMarina

Comparison between wet and dry timber visual strength grading according to the Spanish (UNE 56544) and German (DIN 4074-1) standards

Materiales De Construccion - 1/1/2019

10.3989/mc.2019.03319 View at source

• ISSN 04652746

• iMarina

Static and kinetic friction coefficients of Scots pine (Pinus sylvestris L.), parallel and perpendicular to grain direction

Materiales De Construccion - 1/7/2014

10.3989/mc.2014.03913 View at source

• ISSN 04652746

• iMarina

NONDESTRUCTIVE TESTING USED ON TIMBER IN SPAIN: A LITERATURE REVIEW

Maderas-Ciencia Y Tecnologia (p. 133-156) - 1/4/2020

10.4067/s0718-221x2020005000201 View at source

• ISSN 0718221X

• iMarina

Simplified Model for Strength Assessment of Timber Beams Joined by Bonded Plates

Journal Of Materials In Civil Engineering (p. 980-990) - 15/8/2013

10.1061/(asce)mt.1943-5533.0000660 View at source

• ISSN 08991561

• iMarina

Lessons from a Century-Tradition on Ecosystem-Based Disaster Risk Reduction (Eco-DRR) in Mountains: The Case of the Torrential System Los Arañones (Canfranc, Pyrenees)

Springer Tracts In Civil Engineering (p. 425-437) - 1/1/2022

10.1007/978-981-16-5312-4_28 View at source

• ISSN 2366259X

• iMarina

The Influence of Specimen Length on Ultrasound Wave Velocity

10/9/2007

• iMarina

Density Estimation by Screw Withdrawal Resistance and Probing in Structural Sawn Coniferous Timber

10/9/2007

• iMarina

Modular sawn timber footbridge at the coast (Brücke am Meer)

22/2/2007

• iMarina

Analysis of the stress state of a halved and tabled traditional timber scarf joint with the finite element method

World Conference On Timber Engineering 2012, Wcte 2012 (p. 22-26) - 1/12/2012

• iMarina

Non destructive evaluation procedure for structural grading of sawn timber: preliminary works in Spain

Workshop: Current Challenges On Ndt Of Trees, Wood And Timber Products (p. 1-19) - 16/10/2014

• iMarina

Structural assessment and reinforcement of ancient timber trusses

Structures And Architecture (p. 1101-1108) - 1/12/2010

• iMarina

Identificación de insectos xilófagos en madera de construcción mediante el análisis morfológico del detritus

Resumen De Las Actas Y Programa. Ii Jornadas De Investigación En Construcción (p. 129-129) - 22/5/2008

• iMarina

The Effect of Length on Stress-Wave Velocity in Long Pieces of Salzmann Pine from Existing Structures.

Proceedings: 21st International Nondestructive Testing And Evaluation Of Wood Symposium. General Technical Report Fpl-Gtr-272. Madison, Wi: U.S. Department Of Agriculture, Forest Service, Forest Products Laboratory. (p. 481-488) - 24/9/2019

• iMarina

Procedure for Estimating the Physical and Mechanical Properties of Existing Timber Structures, Applied to an Historic Building in Cava De San Miguel, Madrid, Spain.

Proceedings: 21st International Nondestructive Testing And Evaluation Of Wood Symposium. General Technical Report Fpl-Gtr-272. Madison, Wi: U.S. Department Of Agriculture, Forest Service, Forest Products Laboratory. (p. 473-480) - 24/9/2019

• iMarina

Nondestructive Measurements in Reclaimed Timber from Existing Structures.

Proceedings: 21st International Nondestructive Testing And Evaluation Of Wood Symposium. General Technical Report Fpl-Gtr-272. Madison, Wi: U.S. (p. 462-472) - 24/9/2019

• iMarina

REusing COnstruction Wood through a common EuRopean Standard

Period: 01-01-2022 - 31-12-2023

Type of funding: International

Amount of funding: 160932,48 Euros.

• iMarina

Diseño innovador para el futuro - uso y reutilización de componentes de edificación de madera

Period: 01-01-2019 - 31-12-2021

Type of funding: National

• iMarina

Influencia de factores físicos y geométricos en la evaluación de estructuras existentes de madera mediante técnicas no destructivas

Period: 01-01-2015 - 31-12-2018

Type of funding: National

Amount of funding: 99220,00 Euros.

• iMarina

Técnicas no destructivas para la clasificación estructural de la madera en obra nueva y rehabilitación

Period: 01-01-2011 - 31-12-2013

Type of funding: National

Amount of funding: 118338,00 Euros.

• iMarina

Influencia de algunos defectos en las propiedades mecánicas de la madera de gran escuadría para uso estructural: Fendas de secado y defectos de aserrado

Period: 01-10-2006 - 30-09-2009

Type of funding: National

• iMarina

Desarrollo y puesta en marcha de un sistema abierto de clasificación de madera para uso estructural mediante sistemas no destructivos complementarios a la clasificación visual

Period: 01-07-2019 - 31-07-2020

Type of funding: National

Amount of funding: 67372,80 Euros.

• iMarina

WoodCultHer-Wood Science for Conservation of Cultural Heritage

Period: 07-02-2007 - 10-10-2011

Type of funding: International

• iMarina

Análisis experimental y por el método de los elementos finitos del estado de tensiones en uniones carpinteras de empalme de llave.

1/1/2013

• iMarina

Influencia de factores físicos y geométricos en la clasificación estructural de la madera mediante técnicas no destructivas

1/1/2016

• iMarina