MAGDY Theoretical Elongation is a specialized engineering software developed to calculate and verify the theoretical elongation of prestressing tendons used in prestressed concrete structures.

The software provides bridge and structural engineers with a fast, organized, and reliable workflow for evaluating tendon elongation based on the defined cable geometry, prestressing parameters, and friction characteristics.

Key Features:

• Calculation of theoretical tendon elongation
• Supports prestressing tendon analysis
• Considers tendon geometry and cable profile
• Considers friction and wobble effects
• Calculates prestressing force variation along the tendon
• Clear presentation of calculation results
• Fast and efficient engineering workflow
• Reduces repetitive manual calculations
• Useful for design, construction, and site verification
• Designed specifically for bridge and structural engineers

Typical Applications:

• Prestressed concrete bridges
• Post-tensioned box girders
• Prestressed concrete beams
• Tendon stressing calculations
• Comparison between theoretical and site-measured elongation
• Engineering verification and documentation

Software Benefits:

MAGDY Theoretical Elongation helps engineers perform tendon elongation calculations efficiently while maintaining a clear and consistent calculation procedure. It can be used during both the design and construction stages to assist in checking prestressing operations and evaluating theoretical elongation values.

Developed by MAGDY Engineering Software

Professional Engineering Software & Tools for Bridge and Structural Engineers.