phdindustrialengineering

Mese: Gennaio 2017

Lecture: High temperature behaviuor of metallic materials and their energy and industrial applications

prof. Riccardo Donnini  Programme High temperature issues in energy and industrial applications and the role of the metallic materials. Creep, stress relaxation, low and high cycle fatigue, thermo-mechanical fatigue, fracture mechanics: description, intepretation and practical aspects. High temperature plastic deformation: the microstructural phenomena and their effects on the manufacturing processes. Mechanical testing at high temperature: …

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Lecture: Nanomaterials

prof. Paolo Prosposito Programme Zero-dimensional nanostructures: Nanoparticles. One-dimensional nanostructures: nanowires and nanorods. Two-dimensional nanostructures: thin films. Synthesis procedures: Bottom-up and Top-down. Self-assembling methods. Physical and chemical techniques for nanostructure fabrication. Characterization methods: morphological, chemical and physical

Lecture: Introduction to data analysis: mathematical background and computational tools in industrial engineering

Ing. Riccardo Rossi  Programme This course provides an overview of the fundamental concepts and computational tools for analysing and interpreting experimental data. Even if the emphasis is on practical applications, the underlying theory is also covered, with particular attention to the basic statistical concepts underlying the most widely spread software packages. The course covers both …

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Lecture: Measurements for Identification and Control of Tokamak Plasmas

prof. Michela Gelfusa  Programme Tokamak plasmas of reactor relevance are open systems, kept well out of equilibrium by continuous injection of energy and matter. They are therefore affected by many instabilities interacting nonlinearly and so very difficult to identify and control. This course introduces the measurement techniques, called diagnostics, deployed on the major devices, to …

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Lecture: Mechanical and Thermal Measurements: experiments and statistical analysis of data

prof. Maria Richetta Programme  Experimental measurements: examples. Interpretation of collected data. Accuracy and precision of measurements. Random prcesses. Events. Estimates and error interval. Stocastic processes. Inferential statistics. Samples and populations. Examples of statistical problems. Testing, deconvolution, classification. Definition of probability. Bayesian and modern statistics. Classical interpretation of probability. Conditional probability.Parametrization of data. Assignment of probabilty …

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Lecture: Optical and X Ray-based diagnostics for non-stationary liquid jets characterization

prof. Luigi Allocca (Istituto Motori – CNR, Napoli) Programme  Internal combustion engine basics: fluidynamics, fuelling, combustion. High-pressure, electronically controlled injection apparatus for i.c. engines. Rate of injection. Size distribution of droplets. Non-intrusive measurement techniques: optical and non-conventional. Mie-scattering, Extinction, Imaging. Shadowgraph-Schlieren techniques. Basics and setups: examples of application. Laser Doppler Anemometry & Phase Doppler Particle …

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Lecture: Surface Analysis Techniques and Applications

prof. Saulius Kaciulis, prof. Alessio Mezzi (Institute for the Study of Nanostructured Materials, ISMN – CNR) Programme The importance of surface analysis is constantly increasing due to the enhancement of research topics dedicated to the nanotechnology and nanostructured materials for the use in the fields of microelectronics, anticorrosive and antiwear coatings, biomedicine, gas sensing, innovative …

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Lecture: Flow and Heat Transfer Measurements

prof. Ivano Petracci  Programme The course offers a brief description of instruments and experimental research methods, especially on fluid dynamics and convective heat transfer measurements. The classes focus on general topics on the theory of measurement associated to the use of equipment and experimental apparatuses installed in the laboratories of “Thermal engineering and industrial energy …

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Lecture: Technology and metallurgy of welding

prof. Giuseppe Barbieri  Programme  Introduction to welding processes: Arc Welding Process; High Density Welding Processes (laser & Electron Beam) Friction Stir welding process; Rules for the qualification of welding processes: Welding of Steel Welding of aluminium alloy Welding of Titanium Alloy    

Lecture: Fundamentals of plastic flow: analysis and modelling

Giuliano Angella (Istitute CNR-ICMATE)  Programme 1. Fundamental of plastic deformation: resolved shear stress, gliding and yield criteria. 2. Introduction to dislocations: slip systems; stacking faults energy (SFE) and dislocation structures; athermal gliding; thermal activated gliding; deformation associated to thermal activation; microstructure features relevant to dislocation motion. 3. Strain hardening: phenomenology of strain hardening; single crystal …

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