Forging
Forging is a core engineering term. Definition, usage notes, and a practical example.
Prepared and technically reviewed by: TORQYX Engineering Team · Methodology and team
Definition
Forging plastically shapes solid metal under pressure.
Why it matters
It is used for high-strength parts because of grain flow and dense structure.
How it is used
In a design check, first define the relevant load, dimension, material, or flow condition. Then interpret this term by its role in the formula and compare it with limits.
Crankshafts and connecting rods can be forged parts.
Related calculators and resources
Engineering interpretation
Forging can improve directional strength and reduce some casting-related defects, but the result depends on die design, reduction, grain flow, heat treatment, and machining allowance. A forged part is not automatically stronger in every direction. The material condition and required inspection level should be specified with the part drawing.
Practical checklist
- Define forging direction and critical load direction.
- Allow for die parting, draft, flash removal, and heat-treatment distortion.
- Confirm grain-flow, hardness, dimensional, and non-destructive-test requirements.
Formulas
No formulas added for this term.