Abstract Engineered Wood Products (EWPs) are increasingly being used as construction
and building materials. However, the predominant use of petroleum-based adhesives in …

This work aims to determine the orthotropic linear elastic constitutive parameters of Pinus
pinaster Ait. wood from a single uniaxial compressive experimental test, under quasi-static …

This study aimed to discuss the influence of specimen sizes on the compressive strength
parameters of wood, specifically focusing on their compression strength, elastic modulus …

Orthotropic stiffness components of Pinus pinaster Ait. wood are simultaneously determined
by means of a heterogeneous plate bending test. The proposed inverse identification …

This paper presents an effective methodology for characterizing the mechanical parameters
of composites using digital image correlation combined with the virtual fields method. By …

In this paper, the occurrence and development mechanism of strain on the cross-section
during the wood drying is explored. Therefore, strain regularity on the cross-section of 50 …

This study investigated the crack propagation behavior of the graphene-reinforced synthetic
rubber matrix nanocomposite materials. Graphene-filled rubber conductive nanocomposites …

Elastic moduli, including Young's modulus, shear modulus, bulk modulus, etc, are key
parameters that are used to characterize the ability of a solid material to resist various types …

This paper presented a three dimensional deformation and full-field temperature
measurement method for continuous wave laser irradiated structures over a range …

Purpose This work aims to identify the linear elastic orthotropic material paramters of Pinus
pinaster Ait. wood, using full-field measurements and an inverse identification strategy …