diplomski projekt
Marko Lušin (Author), Aleš Straže (Reviewer), Željko Gorišek (Mentor)

Abstract

Opažne plošče imajo poleg svoje osnovne funkcije lahko tudi vlogo toplotnega izolatorja. Proučevali smo vpliv vlažnosti, gostote in premaznega sistema na hitrost segrevanja, termično difuzivnost in toplotno prevodnost standardnih smrekovih opažnih plošč debeline 26 mm. Variabilnost proučevanih parametrov je bila zelo velika, zato značilnih statističnih razlik in vplivov nismo uspeli potrditi, povprečne vrednosti pa nakazujejo, da je toplotna izolativnost plošč brez premazov izolacijsko ugodnejša od plošč z malaminskim premazom, z višanjem gostote se toplotna prevodnost nekoliko povečuje, slabšo izolativnost pa izkazujejo tudi plošče z višjo vlažnostjo.

Keywords

les;opažne plošče;toplotna prevodnost;termična difuzivnost;vlažnost;gostota;

Data

Language: Slovenian
Year of publishing:
Typology: 2.11 - Undergraduate Thesis
Organization: UL BF - Biotechnical Faculty
Publisher: [M. Lušin]
UDC: 630*812.141:862
COBISS: 2167945 Link will open in a new window
Views: 346
Downloads: 75
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Other data

Secondary language: English
Secondary title: Impact of moisture content on thermal conductivity of plywood boards
Secondary abstract: In addition to their basic function playwood boards can be used also as a heat insulator . We studied the effect of moisture, density and coating system on the rate of heating, on the thermal diffusivity and on the thermal conductivity. Playwood boards were constructed from three layers of spruce wood with total thickness of 26 mm. Variability of the examined parameters was very large therefore we were not able to confirm the statistical differences. In average the playwood board without coating had slightly better thermal insulation than boards whit melamine coating. With higher density thermal conductivity slightly increases by Boards with melamine coating exhibited somewhat dependency from density and moisture content.
Secondary keywords: wood;plywood;thermal conductivity;thermal diffusivity;moisture content;density;
Type (COBISS): Diploma project paper
Thesis comment: Univ. v Ljubljani, Biotehniška fak., Oddelek za lesarstvo
Pages: VI, 28 f.
ID: 11904380