Phases

Phase I/2022 (02.06.2022 - 31.12.2022)

Microscopic and spectroscopic (FTIR) investigation on the penetration and distribution of treatment materials into wood

Act 1.1 - Preparation of samples (both control and treatment samples) for all test types

        

Act 1.2 - Identification and establishment of anatomical models and physical properties of wood species: spruce and maple

 

Act 1.3 - Exposure of wood samples to UV radiation and control of mass, dimensions and physical characteristics

   

Act 1.4 - Exposure of wood samples to the saline environment and control of mass, dimensions and physical characteristics

 

Act 1.5 - Application of varnish on anisotropic interfaces

Act. 1.6. Progressive analyzing the surface modification and chemical components using microscopic and spectroscopic (FTIR)

 

Act. 1.7 - Dissemination and promotion of project results

  

Phase II/2023 (01.01.2023 - 31.12.2023)

Determination of elastic/acoustic properties of wood samples with different surface treatments

 Act. 2.1. Determination of mechanical properties of samples subjected to tensile 

 Tensile test of maple woodSamples

Act. 2.2. Determination of elastic properties of samples subjected to dynamic mechanical analysis (DMA)

DMA                 DMA molid LS

Act. 2.3. Determination of ultrasonic longitudinal / transverse wave propagation velocity in wood specimens 

US principiu  US anizotropie

Anizotripe UV

Act. 2.4. Elaboration of critical analysis of elastic properties of resonance wood in correlation with microscopic and spectroscopic analysis

WinCell molid paltin

 Act. 2.5 - Dissemination and promotion of project results

 workshop 26 iunie   workshop nov

                            Workshop 23 June 2023                                                                                       Workshop 17 November 2023

Act. 2.6. Progressive analyzing the surface modification and chemical components using microscopic and spectroscopic (FTIR)

Unghi contact

FTIR

 

 Phase III/2024 (01.01.2024 - 31.12.2024)

Evaluation of dynamic and acoustic properties of wood and violins from unmodified and modified biointerfaces