This article examines thermal expansion in machining across titanium, aluminum, and stainless steel alloys, using recent studies to predict and manage expansion patterns. It covers physics, modeling, and practical applications for manufacturing engineers.
This article explores workpiece deflection in large-scale component manufacturing, covering causes like cutting forces and residual stresses, analysis methods like FEA, and prevention strategies like adaptive machining. Real-world examples and research insights provide practical solutions.
