A new computational tool is transforming metal fabrication workshops by providing accurate calculations for torispherical head blanking dimensions, weight, and volume. The innovation addresses longstanding challenges in material waste and production delays caused by manual calculation errors.
The tool's primary feature calculates optimal blanking diameters for torispherical heads using industry-standard formulas. These calculations incorporate critical parameters including outer diameter, straight flange height, safety factors, and knuckle radius.
Key computational methods:
Where D represents outer diameter, S.F. denotes straight flange height, Kr equals 0.06*D (default knuckle radius), and thk indicates head thickness.
Beyond diameter calculations, the tool provides weight and volume estimates based on material type (carbon steel, stainless steel, etc.) and specified thickness. This functionality supports improved material procurement planning and cost management.
The system accommodates both metric and FPS (foot-pound-second) units, allowing seamless conversion between millimeters and inches. Users can compare data across three head types: torispherical, 2:1 ellipsoidal, and hemispherical configurations.
For a torispherical head with 2227.62 mm outer diameter, 0 mm straight flange height, 12 mm thickness (carbon steel), the tool generates:
This precision engineering tool represents a significant advancement for metal fabrication professionals, offering measurable improvements in material optimization, production scheduling, and quality control.
Pessoa de Contato: Ms. Jessie Liu
Telefone: +86 18537319978