"Santorini Island" . . . . . . "The behaviour of recycled material with particles of various sizes at increased temperature and their tensile properties"@en . "\u0160enke\u0159\u00EDk, Vojt\u011Bch" . . "This work studies the influence of particle size recycled polymeric material on the mechanical tensile properties of polycarbonate at increased temperatures. When recycled material is produced, different sized particles are made, which can cause problems during subsequent processing. Melting rate of individual particles differs, causing inhomogeneity of the melt. Several mixtures of recycled material were prepared, which varied in particle size. From large particles similar to the original granulate material, to dust particles. Testing was carried out using a tensile test at an increased temperature of 100 \u00B0 C. Products from the recycled material are also used at these increased temperatures. Comparison of virgin polycarbonate with recycled mixtures showed that the influence of the particle size is mainly seen at the elastic modulus parameter. Value of the modulus decreased more than 20 % in a mixture with dust particles. For other tensile properties, this effect is not so substantial."@en . . . "5015" . . "The behaviour of recycled material with particles of various sizes at increased temperature and their tensile properties" . "\u0160krob\u00E1k, Adam" . . . "This work studies the influence of particle size recycled polymeric material on the mechanical tensile properties of polycarbonate at increased temperatures. When recycled material is produced, different sized particles are made, which can cause problems during subsequent processing. Melting rate of individual particles differs, causing inhomogeneity of the melt. Several mixtures of recycled material were prepared, which varied in particle size. From large particles similar to the original granulate material, to dust particles. Testing was carried out using a tensile test at an increased temperature of 100 \u00B0 C. Products from the recycled material are also used at these increased temperatures. Comparison of virgin polycarbonate with recycled mixtures showed that the influence of the particle size is mainly seen at the elastic modulus parameter. Value of the modulus decreased more than 20 % in a mixture with dust particles. For other tensile properties, this effect is not so substantial." . . . . "[09A230172A99]" . "28140" . "978-1-61804-243-9" . . "Ma\u0148as, Miroslav" . "3"^^ . "4"^^ . "recycled material, particle size, sieving, temperature, polymer, polycarbonate."@en . . . "P(ED2.1.00/03.0089), P(TA03010724), S" . "Rhodes" . . . . "Proceedings Latest Trends on Systems" . "RIV/70883521:28140/14:43871627!RIV15-MSM-28140___" . "The behaviour of recycled material with particles of various sizes at increased temperature and their tensile properties"@en . "Navr\u00E1til, Jan" . "Stan\u011Bk, Michal" . . "RIV/70883521:28140/14:43871627" . "2014-07-17+02:00"^^ . "Ma\u0148as, David" . . "6"^^ . . "The behaviour of recycled material with particles of various sizes at increased temperature and their tensile properties" . "Europment" .