Lifting Lug Design

USA Air Force Method

Project Information

Description:
Use Registered Project?
Project:
Equipment:
Customer:
Report Number:
System of Units:

Process Information

Design Temperature - Td: °C

Dimensions

Lug Type:
Lug Edge Distance - e:
Lug Width - w:
Distance from Edges - a: mm
Lug Hole Diameter - D: mm
Pin Diameter - Dp: mm
Lug Thickness - t: mm
Load Angle - alpha: mm
Distance from 45° Hole to the Lug Right Edge - h1: mm
Distance from the Hole to the Edge of Lug - h2: mm
Inclinated Distance from the Hole to the Lug Edge - h3: mm
Distance from 45° Hole to the Lug Left Edge - h4: mm

Material Properties

Flange
Material Name:
Material Listing:
Yield Strength at Design Temperature - FYDe: MPa
Allowable Stress at Design Temperature - Sfo: MPa
Allowable Stress at Ambient Temperature - Sfa: MPa
Material Density - FMDensity: kg/m^3
P-Number Thickness - FMPnum: mm
External Pressure Chart:
UCS-66 Curve:
Elastic Modulus at Operating Condition - Efo: MPa
Elastic Modulus at Seating Condition - Efs: MPa
Is the Material Normalized?
Bolt
Material Name:
Material Listing:
Yield Strength at Design Temperature - BYDe: MPa
Allowable Stress at Design Temperature - BSfo: MPa
Allowable Stress at Ambient Temperature - BSfa: MPa
Material Density - BMDensity: kg/m^3
P Number Thickness - BMPnum: mm
External Pressure Chart:
UCS 66 Curve:
Elastic Modulus at Operating Condition - BEfo: MPa
Elastic Modulus at Seating Condition - BEfs: MPa
Is the Material Normalized?

Settings

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