Identification and Assessment of High-Productivity Plant Production Planning Process Risks

Abstract

Analysis of production planning process was done: model of process described with applying of IDEF0 methodology, problems of production planning process listed and also risks of developed process identified. Risk assessment conducted by two methods – critical level ranking by experts and FMEA. Calculation results of Kendall coefficient of concordance and Spearmen criterion showed consistency of expert opinions and comparability of the level of assessed risks criticality. The most critical risks include risks related with mistakes in provided data and created plan and also risk of provided data unreliability. A key way of identified risks elimination is automating of studied process. After development of automated planning system and implementation of all methods for risks elimination or minimization, risk of wrong data entry into the system was assessed by HRA method.

Statistical Operational Control of Tantalum Electrolytic Capacitors by Using Multifactorial Model

“…Для предотвращения внезапного выхода из строя танталовых конденсаторов не только производителями конденсаторов уделяется особое внимание разработке и усовершенствованию методологии производства и контроля на этапах изготовления [2][3][4][5][6][7][8][9][10], но и производителями радиоэлектронной аппаратуры, исследователямина этапе входного контроля [11][12][13]. Аспект рискориентированного мышления является очевидным [14][15][16].…”