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Explore a wide range of free and certified Metallurgy online courses. Find the best Metallurgy training programs and enhance your skills today!
Explore welding metallurgy, covering heat-affected zones, microstructures, heat treatments, residual stresses, distortions, phase diagrams, strengthening mechanisms, and solidification principles in fusion welding.
Comprehensive exploration of powder metallurgy, covering fabrication methods, characterization techniques, and advanced processing technologies for producing near-net-shape components.
Explore mineral processing, metal extraction, and refining principles through unit processes. Learn key techniques in physical separation, chemical treatment, and electrometallurgy for various metals.
Master the fundamentals of mining and metallurgical equipment, from crushers and mills to extraction systems. Learn practical applications and problem-solving skills essential for engineering careers.
Explore welding metallurgy, solidification, heat transfer, and strengthening mechanisms. Gain insights into weldment properties, defects, and design considerations for sound welds.
Explore the evolution of matter theories and their impact on meteorology, featuring barometer demonstrations and exciting mercury experiments with Andrew Szydlo.
Explore APL's applications in metallurgy, from analyzing tensile experiments to modeling grain growth in polycrystalline materials. Learn how this powerful language supports scientific research and education in materials science.
Comprehensive exploration of surface engineering techniques to combat wear and corrosion, covering principles, processes, characterization, and applications for enhanced component durability and performance.
Explore industrial applications of organometallic compounds, including Nobel Prize-winning discoveries and their societal impact. Covers synthesis, properties, and reactions of metal complexes with various ligands.
This course will cover the basic principles and techniques of X-ray diffraction, optical, scanning electron and transmission electron microscopy along with demonstrations of the instrument details and imaging experiments through videos.
In this part of the course, students should be able to Understand dislocations with respect to particular crystal system (eg. FCC, BCC, HCP and also superlattices)Relate dislocation to the plastic properties of the material, particularly, strengthening m…
Explore additive technologies in metallurgy and mechanical engineering, from selective laser fusion to detonation spraying, and their applications in industry and future manufacturing.
The course content is designed to have systematic and comprehensive understanding on various aspects related with weldability of various metal systems of commercial importance.
This course aims to provide the audience an introduction to time dependent plastic deformation of materials (creep) especially at high homologous temperatures.
Comprehensive analysis of welding processes, covering thermal modeling, fluid dynamics, microstructure evolution, and practical applications in manufacturing and fabrication.
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