id	author	title	date	pages	extension	mime	words	sentence	flesch	summary	cache	txt
fens-151	RINDYUK, Dmitro Viktorovich; LEMENTAR, Svyatoslav Yuriyovich	INFORMATION TECHNOLOGY IN DESIGNING HIGH-PERFORMANCE EQUIPMENT FOR BIOMASS COMPACTING	2016	8	.pdf	application/pdf	2812	135	41	Input parameters: angular velocity of matrix, geometric dimensions of the matrix and rollers The geometrical dimensions of the matrix holes, thickness of the matrix Analysis of mechanisms of interaction in the system: extruding unit - raw materials Design scheme of the process extrusions through the matrix hole Mathematical model of extrusion process Carrying out numerical experiments for selected types of raw materials Rheological properties Conditions of surface interaction between raw material and the matrix during extrusion process Conditions force loading during pelleting of raw materials The analytical model Algorithmic model Numeric model A strained - strain state of raw materials during extrusion Change in pressure during extrusion Dependence of the process on the geometry of holes in the matrix The load on the elements of process equipment Analysis of results the conducted experiments Database Food and Environment Safety - Journal of Faculty of Food Engineering, Ştefan cel Mare University - Suceava Volume XII, Issue 2 – 2013 Dmitro Viktorovich RINDYUK, Svyatoslav Yuriyovich LEMENTAR, Information technology in designing high- performance equipment for biomass compacting, Food and Environment Safety, Volume XII, Issue 2 – 2013, pag. 115 - 122 117 2. A mathematical model of the process for particular materials extrusion is developed and a new approach to the extrusion granulator unit design is offered with the developed methods taken as a basis.	cache/fens-151.pdf	txt/fens-151.txt