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Flow of technical information in the production process of prosthetic restorations

Klimecka-Tatar D.

Czasopismo Techniczne. Mechanika

2016

Y. 113, iss. 3-M

87--92

In the implementation of specialized services a large attention is paid to the flow of information between cells which determine the proper execution of the task. In engineering services related to dentistry there appears to be a significant discrepancy connected with knowledge awareness. The article presents three areas of knowledge (in the range and possession of the required knowledge) and information flow between the patient, dentist and dental technician. A technical solution to increase the possibilities of obtaining information at the design stage of the restoration has also been proposed, by introducing a system of material selection and engineering techniques in dentistry.

W realizacji usług specjalistycznych dużą uwagę kładzie się na przepływ informacji pomiędzy poszczególnymi komórkami decydującymi o właściwej realizacja zadania. W usługach dotyczących inżynierii dentystycznej pojawia się znaczna rozbieżność w zakresie posiadanej wiedzy. W artykule zaprezentowano trzy obszary przechowywania wiedzy i przepływu informacji pomiędzy pacjentem, dentystą a technikiem dentystycznym. Zaproponowano również techniczne rozwiązanie zwiększenia możliwości pozyskania informacji na etapie projektowania uzupełnienia protetycznego przez wprowadzenie systemu doboru materiału i technik w inżynierii dentystycznej.

Report on the main areas of the materials science and surface engineering own research

Dobrzański L. A.

Journal of Achievements in Materials and Manufacturing Engineering

2011

Vol. 49, nr 2

514--549

Purpose: The purpose of the paper is to present the representative examples for the own scientific research in the area of the forming of the structure and properties of engineering materials including biomaterials, their properties testing and microstructure characterisation and modelling, simulation and prediction of the properties and structure of these materials after selected materials processing technologies. Design/methodology/approach: The main areas of the scientific interests reported in this paper on the basis of the own original research include forming of structure and properties of engineering materials including biomaterials using advanced synthesis and materials processing technologies and nanotechnologies, engineering materials including biomaterials properties testing and microstructure characterisation using very advanced contemporary research methodologies including electron microscopy, modelling, simulation and prediction of properties and structure of engineering materials including biomaterials using advanced methods of computational materials science including artificial intelligence methods. Findings: A general character of the paper concerning many aspects of material science research enabled a detailed description of research methodology and details concerning research results. Detailed information is included in many detailed cited works. Practical implications: Presented research results can be used in practice. Originality/value: The paper presents numerous research results which Has been made during last years generalising the achievements of the research team directed by the author.