Every page in the KEVOS library tagged Materials Engineering. 14 pages.
Engineering handbook for material mechanics, properties and strength calculations, covering cam materials and contact stress, maximum allowable compressive...
Engineering handbook for material mechanics, properties and strength calculations, covering shrinkage allowances for patterns, die casting pressure calculations,...
Engineering handbook for material mechanics, properties and strength calculations, covering the complete engineering reference you'll use for the rest of your...
Engineering handbook for material testing and verification in manufacturing, covering the complete guide to finding defects before they find you, the two worlds...
Engineering handbook for material testing and verification in manufacturing, covering the testing hierarchy for weld quality, standard test methods for steel...
Engineering handbook for steel and metal selection for engineering design, covering alloy steel castings: precision-engineered properties, heat-resistant steel...
Engineering handbook for steel and metal selection for engineering design, covering aluminum association standard structural shapes, lightweight,...
Engineering handbook for steel and metal selection for engineering design, covering rolled sections, wire gages, and sheet-metal standards every engineer must...
Engineering handbook for steel and metal selection for engineering design, covering steel wide-flange sections — lighter depths (w 12 through w 4), steel s...
Engineering handbook for steel and metal selection for engineering design, covering context and scope, the blueprint looked perfect. the steel didn't care., what...
Four milestones in metallurgy and machine tools without which the steam engine would have remained a curiosity, one of them driven by an environmental crisis.
Five materials milestones that each removed a constraint designers had treated as fixed: corrosion, weight, fibre supply, glazing cost and the stiffness penalty of mass.
How the Bessemer converter, the first synthetic polymers and engineered wood products replaced found material properties with specified, warranted ones.
Four milestones showing a field that acquired chemistry rather than physics, and in which the decisive advance came from a part-time experimenter working in a cellar.