Experimental modeling mechanical qualities of heatcover screens

Basic physical and mechanical properties of heatcover composition material that is used for making protective screens are experimentally investigated. For this purpose on the example flowed plastic STEF executed (with use traditional charts) research at small (less than 1 m/s) high (more 3 rate-of-change ladening. At speeds ladening durability was investigated superficial deformation, tension, bend change. work destruction shock viscidity determined. Organization realization experiments were done according to rules planning experiments. All investigations made with using kinds experimental equipment which had certifications control their quality accuracy. Obtained results treated by methods mathematical statistics researches dispersions. The drawn decision concrete design-engineering tasks, in particular, development choice modes crushing materials during utilization (although, undoubtedly, obtained data have more wide value). example, intruding conical elements selecting optimal angles working equipment. Correlations between power parameters process materials. Equipment technology utilization, designed base these investigations, new useful technical technological specialties, why, authors document intellectual property object.