Aluminum Course for Development and Design Engineers Involved in Aluminum Castings

basic information

-

Price information

Participation is free (prior registration is required).

Delivery Time

Applications/Examples of results

-

Detailed information

• 

  Key Points for Selecting Aluminum Alloy Materials Types and Properties of Aluminum Alloys / Mechanical Properties / Physical Properties / Chemical Properties (Corrosion, Corrosion Resistance) / Characteristics of Cast Materials / Differences Between Die-Cast Materials and Cast Materials

• 

  Points for Optimizing Mechanical Properties Understanding mechanical property values (tensile strength, yield strength, elongation, etc.) / Strengthening mechanisms of aluminum alloys (work hardening, precipitation strengthening, etc.) / Various heat treatment methods and mechanical property values / High toughness materials suitable for bodies, battery cases, etc.

• 

  Key Points in the Shape Design of Aluminum Castings Differences between product shape and casting shape (draft angle, parting line, core hole, etc.) / Main types of casting defects / Casting shapes prone to defects / Dimensional accuracy of aluminum castings / Deformation, warping, and residual stress due to heat treatment.

• 

  Various inspections and testing methods for aluminum castings Surface defect inspection (color check, fluorescent penetrant testing) / Internal defect inspection (sectioning inspection, radiographic testing, CT testing) / Metallographic inspection / Tensile testing / Impact testing / Fatigue testing / Roughness testing / Corrosion testing