A5001168261- Quality and Safety in Healthcare
- Reliability and Maintenance Optimization
- Quality and Supply Management
- Fault Detection and Control Systems
- Life Cycle Costing Analysis
- Operations Management Techniques
- Metallurgical Processes and Thermodynamics
- Management and Optimization Techniques
- Environmental and Ecological Studies
- Digital Transformation in Industry
- Materials Engineering and Processing
- Water Resource Management and Quality
- Recycling and Waste Management Techniques
- Minerals Flotation and Separation Techniques
Federico Santa María Technical University
2022-2024
This study presents the development of an immersive training platform based on Metaverse concept, aimed at enhancing maintenance personnel in foundational reliability and engineering methodologies. The proposed tool, FMECA-VR-0.1 (Failure Modes, Effects Criticality Analysis – Virtual Reliabil-ity-0.1), integrates two key techniques—Qualitative Risk Matrix (QRCM) Failure (FMECA)—to support optimi-zation plans for physical assets. project is structured phas-es: conceptual design tool...
The effectiveness of a comprehensive maintenance and reliability management process can be assessed through an in-depth analysis various factors that collectively represent the contribution to operational production processes industrial asset. There are no simple formulas for designing integrated model within asset framework (in accordance with ISO 55001 standard), nor there fixed or universal rules apply equally all assets over time. In light this, primary goal this article is provide...
The effectiveness of a comprehensive maintenance and reliability management process can be assessed through an in-depth analysis various factors that, collectively, represent the contribution to operational production processes industrial asset. There are no simple formulas for designing integrated model within asset framework (in accordance with ISO 55001 standard), nor there fixed or universal rules that apply equally all assets over time. In light this, primary goal this article is...
Los métodos convencionales de identificación nuevas fuentes agua muestran bajos indicadores certeza, menores al 50%, y en tiempos escasez como los que vivimos, 25%, por consiguiente se hace necesario acudir a una nueva generación tecnológica metodologías búsqueda aguas subterráneas.El proyecto propone básicamente identificar un territorio la región, desarrollar satelital indique rastros trazas movimientos tectónicos milenarios permitan zonas ideales para escurrimientos o depósitos...
Teniente smelting technology produce high copper concentration slag, which are treated to reduce the quantity of in slag.The slag this is higher than some mineral weight percent.At same time, seawater an alternative for froth flotation, given current prevailing water crisis.The present paper study flotation copper, from using not desalinated as fresh water.The recovery obtained was 77.27%.