Maximum Bending Stress Formula:
Definition: This calculator determines the maximum bending stress in a base ring plate using the bending moment, circumferential length, and plate thickness.
Purpose: It helps engineers analyze the structural integrity of base ring plates in pressure vessels and other equipment.
The calculator uses the formula:
Where:
Explanation: The formula calculates the peak stress experienced by the plate under bending loads.
Details: Proper stress analysis ensures structural safety, prevents material failure, and helps in optimizing plate thickness.
Tips: Enter the maximum bending moment, circumferential length, and plate thickness. All values must be > 0. The ±5% indicates the acceptable tolerance range.
Q1: What affects the maximum bending moment?
A: The bending moment depends on the applied loads, support conditions, and geometry of the structure.
Q2: Why is circumferential length important?
A: It determines the distribution of the bending moment over the plate's surface.
Q3: How does plate thickness affect the stress?
A: Stress is inversely proportional to the square of thickness - doubling thickness reduces stress by a factor of 4.
Q4: What are typical material limits for bending stress?
A: Depends on material (e.g., 250 MPa for mild steel, 150 MPa for cast iron).
Q5: What does the ±5% tolerance mean?
A: It accounts for variations in material properties, manufacturing tolerances, and load uncertainties.