Forging shapes metal using compressive forces to refine grain flow, raise fatigue strength, and produce reliable parts for aerospace, automotive, energy, and tooling. This...
Designing excellent extruded profiles requires an understanding of flow, heat, and stiffness across the whole system from billet to final length. This article organizes...
Rolling turns cast metal into accurate products by squeezing it between rotating rolls in a controlled sequence. This guide maps the journey from furnace...
Sheet metal forming turns flat stock into precise parts for vehicles, appliances, aircraft, and electronics. This guide explains fundamentals, capability limits, quality controls, and...
Magnesium offers an unmatched strength to weight ratio, fast cycle times, and excellent damping, making it a prime candidate for mobility, electronics, and defense....
Copper and brass are the backbone of electrical hardware because they combine high electrical conductivity with formability, corrosion resistance, and stable spring properties. In...
Nickel superalloys power jet engines, industrial turbines, and demanding chemical plants because they keep strength and resist corrosion at very high temperatures. Success with...
Aluminum underpins transportation, construction, packaging, power, and consumer products because it is light, strong, and highly recyclable. This guide unpacks the Top 10 Aluminum...
Steel is made through many process routes that balance raw materials, energy, cost, and emissions. For learners from basic to advanced levels, it helps...
Metal casting translates molten metal into shaped parts with accuracy, repeatability, and good economy. This guide sets out the Top 10 Metal Casting Processes...