Forged rings typically feature a basic circular structure composed of an inner bore, an outer circumference, and a cross-section; this is the most common and widely used configuration. The inner bore is designed to mate with shafts or tubular components, while the outer circumference serves to bear loads or connect with other parts; the symmetrical overall structure promotes uniform load distribution. In practical applications, this fundamental circular shape effectively meets standard requirements for mechanical support and connection.
The cross-sectional shape of a forged ring may vary depending on specific operating conditions and structural requirements. Common types include rings with rectangular cross-sections, stepped cross-sections, and flanged profiles. Rectangular cross-sections are simple to manufacture and offer relatively uniform load distribution; stepped structures facilitate positioning and assembly, making them suitable for bearing housings or precision-fit applications; flanged rings are often used to enhance connection strength or provide sealing capabilities, thereby increasing structural stability in the axial or radial directions.