Aim of study: In this study, the effect lignocellulosic filler and coupling agent amount on physical mechanical properties produced sugar beet pulp/LDPE composites were researched.
 Material methods: Wood-plastic using compression molding method. The (maleic anhydride grafted polyethylene) (density water uptake analyses) (tensile strength, tensile modulus, elongation at break, flexural imp...

Plastic injection molding is a widely used manufacturing method in the automotive and machinery sectors. The design manufacture of appropriate mold needed to plastic product with this are difficult, time-consuming, costly process. Due developing technology increasing quality requirements, remains insufficient, especially for sensitive intricate parts that will be manufactured low numbers. In ad...

Choosing how to use tools to accomplish a task is a natural and seemingly trivial aspect of our lives, yet engages complex neural mechanisms. Recently, work in healthy populations has led to the idea that tool knowledge is grounded to allow for appropriate recall based on some level of personal history. This grounding has presumed neural loci for tool use, centered on parieto-temporo-frontal ar...

This paper presents an innovative neural network-based quality prediction system for a plastic injection molding process. A self-organizing map plus a back-propagation neural network (SOM-BPNN) model is proposed for creating a dynamic quality predictor. Three SOM-based dynamic extraction parameters with six manufacturing process parameters and one level of product quality were dedicated to trai...

Quality control is an important aspect of manufacturing processes. Product quality of injection molded parts is influenced by the injection molding process. In this study statistical tools were used to develop a model that relates injection molding process variables to part quality. A statistically based model predictive control algorithm was developed for controlling part quality with manipula...

http://www.journal-imab-bg.org / J of IMAB. 2016, vol. 22, issue 3/ ABSTRACT Purpose: The purpose of this in vivo study is to register the forces necessary to displace maxillary complete dentures fabricated by compression molding and injection molding techniques on one and the same patient and to compare the interfacial surface tension and capillarity which are achieved by both techniques. Mate...