Maximum Minimum Modules

Calculate line pipe schedule diameter, wall thickness, mass and stress.

Use the Result Table option to display a table of results for the selected diameter or stress schedule. Refer to the help pages for more details about the tools.

Change Module :

• Line Pipe Concrete Stiffness Factor Calculation Module
• Line Pipe Cross Section Calculation Module
• Line Pipe EA And EI Calculation Module
• Line Pipe Fluid Mass And Volume Calculation Module
• Line Pipe Section Modulus Calculation Module
• Line Pipe Thermal Conductivity And Heat Transfer Calculation Module
• Line Pipe Unit Mass And Weight Calculation Module
• Line Pipe Wall Thickness And Diameter Calculation Module
• Plastic Pipe Cross Section Calculation Module
• Plastic Pipe Rated Pressure Calculation Module
• All

Related Modules :

• Beam Cross Section Calculation Module
• Line Pipe Diameter And Wall Thickness Data Module
• More Pipeline Concrete Stiffness Factor Modules

Calculate maths polynomial roots, maximum and minimum and points of inflection.

Multiple roots, maximum and minimum or points of inflection are calculated using the Durand Kerner method. This method is only valid if all roots, maximum and minimum or points of inflection are real. Use the single root calculators for polynomials with imaginary roots. The single root calculators can only calculate real roots, maximum and minimum or points of inflection. The value Xu is used as the initial guess for calculating the roots, maximum and minimum or points of inflection. Use the plot options to select suitable guess values.

Change Module :

• Maths Polynomial Calculation Module
• Maths Polynomial Coefficient Calculation Module
• Maths Polynomial Interpolation Calculation Module
• All