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Christoph Munk

Alexander Pfriem / Christoph Munk / Lothar Clauder

Acoustical comparison of a TMT guitar and a tropical wood guitar using the frequency response analysis

To this day almost all guitar makers worldwide primarily use tropical wood like palisander (Dalbergia spp.) for their manufacturing. Due to the current CITES regulation from January 2017 related to …

Christoph Munk / Esbjörn Hogmark / Susanna Källbom

The Swedish nyckelharpa with thermally modified soundboard

The modern nyckelharpa is a bowed string instrument with 4 melody strings 12 sympathetic (resonance) strings. Wooden keys with tangents are used to stop the strings, producing different tones. The …

Alexander Pfriem / Christoph Munk / Lothar Clauder

Sound absorption coefficient of thermally modified and unmodified wood species measured in an Impedance Tube

Different parts of the guitar body are made of certain wood species, selected by their specific properties. The sound board, which is mainly made of spruce or cedar, transfers the …

Alexander Pfriem / Christoph Munk / János Kneifel

Acoustic properties and damping behavior of thermally modified and contact pyrolyzed spruce wood compared to native spruce wood at different relative humidities

Various studies in the past have dealt with the improvement of the acoustic properties of tonewoods. One promising approach has been the thermal modification of the raw material. In addition …

Alexander Pfriem / Christoph Munk / Hauke Wohlert

Investigation of the Influence of Two Different Thermal Treatment Processes on the Change of Various Material Properties of Spruce Resonance Wood (Picea abies (L.) KARST.)

Due to various property changes such as low moisture sorption, reduced reaction to climatic variability or improved elastic properties different thermal treatment processes also offer its application in the field …

Alexander Pfriem / Christoph Munk

Influence of residual oxygen content during thermalmodification process on mass loss, brightnesscolour and dynamic Young´s modulus of Fagus sylvatica (L.)

The thermal modification of wood is considered to be an environmentally friendly and cost-effective treatment process, which has been able to establish itself in many areas of application due to …

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Northern European Network for Wood Science & Engineering. All rights reserved. Produced: Globalistic

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