Electrical Contact Design Calculator

Choose A Contact Design

CHOOSE A CONTACT DESIGN

Choose A Contact Shape

CHOOSE A CONTACT SHAPE

Solve for...

Unit Of Measure Type

Choose Alloy Material

Choose Temper

Choose Alloy Material

Choose Temper

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L (inches)
Wire Diameter, D (inches)
Modulus, E (PSI)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Wire Diameter, D (millimeter)
Modulus, E (gigapascal)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L (inches)
Wire Diameter, D (inches)
Modulus, E (PSI)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L (millimeter)
Wire Diameter, D (millimeter)
Modulus, E (gigapascal)

Enter your inputs to solve for Beam Length, L

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Wire Diameter, D (inches)
Modulus, E (PSI)

Enter your inputs to solve for Beam Length, L

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Wire Diameter, D (millimeter)
Modulus, E (gigapascal)

Enter your inputs to solve for Wire Diameter, D

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)

Enter your inputs to solve for Wire Diameter, D

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Thickness, h (inches)
Width, b (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Thickness, h (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L (inches)
Modulus, E (PSI)
Thickness, h (inches)
Width, b (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Thickness, h (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Beam Length, L

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Modulus, E (PSI)
Thickness, h (inches)
Width, b (inches)

Enter your inputs to solve for Beam Length, L

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Modulus, E (gigapascal)
Thickness, h (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Thickness, h (inches)
Width, b (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Thickness, h (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Thickness, h

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Width, b (inches)

Enter your inputs to solve for Thickness, h

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Width, b (millimeter)

Enter your inputs to solve for Width, b

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Thickness, h (inches)

Enter your inputs to solve for Width, b

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Thickness, h (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Bending Moment of Inertia, I (in4)
Distance From Neutral Axis To Outer Limit, c (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Bending Moment of Inertia, I (mm4)
Distance From Neutral Axis To Outer Limit, c (millimeter)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L (inches)
Modulus, E (PSI)
Bending Moment of Inertia, I (in4)
Distance From Neutral Axis To Outer Limit, c (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Bending Moment of Inertia, I (mm4)
Distance From Neutral Axis To Outer Limit, c (millimeter)

Enter your inputs to solve for Beam Length, L

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Modulus, E (PSI)
Bending Moment of Inertia, I (in4)
Distance From Neutral Axis To Outer Limit, c (inches)

Enter your inputs to solve for Beam Length, L

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Modulus, E (gigapascal)
Bending Moment of Inertia, I (mm4)
Distance From Neutral Axis To Outer Limit, c (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Bending Moment of Inertia, I (in4)
Distance From Neutral Axis To Outer Limit, c (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Bending Moment of Inertia, I (mm4)
Distance From Neutral Axis To Outer Limit, c (millimeter)

Enter your inputs to solve for Bending Moment of Inertia, I

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Distance From Neutral Axis To Outer Limit, c (inches)

Enter your inputs to solve for Bending Moment of Inertia, I

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Distance From Neutral Axis To Outer Limit, c (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L (Inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Wire Diameter, D

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)

Enter your inputs to solve for Wire Diameter, D

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Angle, ø
Radius, r (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Angle, ø (degrees)
Radius, r (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Radius, r (inches)
Thickness, h (inches)
Width, b (inches)
Angle, ø (degrees)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Radius, r (millimeter)
Thickness, h (millimeter)
Width, b (millimeter)
Angle, ø (degrees)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Thickness, h (inches)
Width, b (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Thickness, h (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Angle, ø (degrees)
Radius, r (inches)
Thickness, h (inches)
Width, b (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Angle, ø (degrees)
Radius, r (millimeter)
Thickness, h (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Thickness, h

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Width, b (inches)

Enter your inputs to solve for Thickness, h

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Width, b (millimeter)

Enter your inputs to solve for Width, b

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Thickness, h (inches)

Enter your inputs to solve for Width, b

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Thickness, h (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (gram force)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Bending moment of inertia, I (in4)
Distance from neutral axis to outer limit, c (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (newtons)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Bending moment of inertia, I (mm4)
Distance from neutral axis to outer limit, c (millimeter)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Bending moment of inertia, I (in4)
Distance from neutral axis to outer limit, c (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Bending moment of inertia, I (mm4)
Distance from neutral axis to outer limit, c (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Angle, ø (degrees)
Radius, r (inches)
Bending moment of inertia, I (in4)
Distance from neutraaxis to outer limit, c (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Angle, ø (degrees)
Radius, r (millimeter)
Bending moment of inertia, I (mm4)
Distance from neutral axis to outer limit, c (millimeter)

Enter your inputs to solve for Bending Moment of Inertia, I

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L (inches)
Modulus, E (PSI)
Angle, ø (degrees)
Radius, r (inches)
Distance from neutral axis to outer limit, c (inches)

Enter your inputs to solve for Bending Moment of Inertia, I

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L (millimeter)
Modulus, E (gigapascal)
Angle, ø (degrees)
Radius, r (millimeter)
Distance from neutral axis to outer limit, c (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Radius, r (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Radius, r (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Radius, r (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Radius, r (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Radius, r (inches)
Wire Diameter, D (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Radius, r (millimeter)
Wire Diameter, D (millimeter)

Enter your inputs to solve for Wire Diameter, D

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Radius, r (inches)

Enter your inputs to solve for Wire Diameter, D

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Radius, r (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Thickness, h (inches)
Width, b (inches)
Radius, r (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeters)
Beam Length, L1 (millimeters)
Beam Length, L2 (millimeters)
Modulus, E (gigapascal)
Thickness, h (millimeters)
Width, b (millimeters)
Radius, r (millimeters)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Thickness, h (inches)
Width, b (inches)
Radius, r (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Thickness, h (millimeter)
Width, b (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Thickness, h

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Width, b (inches)
Radius, r (inches)

Enter your inputs to solve for Thickness, h

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Width, b (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Width, b

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Thickness, h (inches)
Radius, r (inches)

Enter your inputs to solve for Width, b

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Thickness, h (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Thickness, h (inches)
Width, b (inches)
Radius, r (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Thickness, h (millimeter)
Width, b (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Bending moment of inertia, I (in4)
Distance from neutral axis to outer limit, c (inches)
Radius, r (inches)

Enter your inputs to solve for Contact Force, P

Rows	Inputs
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Bending moment of inertia, I (mm4)
Distance from neutral axis to outer limit, c (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (gram force)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Modulus, E (PSI)
Bending moment of inertia, I (in4)
Distance from neutral axis to outer limit, c (inches)
Radius, r (inches)

Enter your inputs to solve for Deflection, Y

Rows	Inputs
Contact Force, P (newtons)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Modulus, E (gigapascal)
Bending moment of inertia, I (mm4)
Distance from neutral axis to outer limit, c (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Bending moment of inertia, I (in4)
Distance from neutral axis to outer limit, c (inches)
Radius, r (inches)

Enter your inputs to solve for Modulus, E

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Bending moment of inertia, I (mm4)
Distance from neutral axis to outer limit, c (millimeter)
Radius, r (millimeter)

Enter your inputs to solve for Bending moment of inertia, I

Rows	Inputs
Contact Force, P (gram force)
Deflection, Y (inches)
Modulus, E (PSI)
Beam Length, L1 (inches)
Beam Length, L2 (inches)
Distance from neutral axis to outer limit, c (inches)
Radius, r (inches)

Enter your inputs to solve for Bending moment of inertia, I

Rows	Inputs
Contact Force, P (newtons)
Deflection, Y (millimeter)
Modulus, E (gigapascal)
Beam Length, L1 (millimeter)
Beam Length, L2 (millimeter)
Distance from neutral axis to outer limit, c (millimeter)
Radius, r (millimeter)

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Beam Length, L

Inches

Beam Length, L

millimeter

Wire Diameter, D

Inches

Wire Diameter, D

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Beam Length, L

Inches

Beam Length, L

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Thickness, h

Inches

Thickness, h

millimeter

Width, b

Inches

Width, b

millimeter

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Beam Length, L

Inches

Beam Length, L

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Bending Moment Of Inertia, I

In4

Bending Moment Of Inertia, I

mm4

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Wire Diameter, D

Inches

Wire Diameter, D

millimeter

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Thickness, h

Inches

Thickness, h

millimeter

Width, b

Inches

Width, b

millimeter

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Bending Moment Of Inertia, I

In4

Bending Moment Of Inertia, I

mm4

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Wire Diameter, D

Inches

Wire Diameter, D

millimeter

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Thickness, h

Inches

Thickness, h

millimeter

Width, b

Inches

Width, b

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Gram Force, P

Gram Force

Ounce Force, P

Ounces

Newton Force, P

Newtons

Unit Of Measure

Deflection, Y

Inches

Deflection, Y

millimeter

Elastic Modulus, E

PSI

Elastic Modulus, E

gigapascal

Bending Moment Of Inertia, I

In4

Bending Moment Of Inertia, I

mm4

1 CUBIC

Curved angle < 180, Round, Solve for P

2 CUBIC

Curved angle < 180, Round, Solve for Y

3 CUBIC

Curved angle < 180, Round, Solve for E

4 CUBIC

Curved angle < 180, Round, Solve for D

5 CUBIC

Curved angle < 180, Rectangular, Solve for P

6 CUBIC

Curved angle < 180, Rectangular, Solve for Y

7 CUBIC

Curved angle < 180, Rectangular, Solve for E

8 CUBIC

Curved angle < 180, Rectangular, Solve for h

9 CUBIC

Curved angle < 180, Rectangular, Solve for b

10 CUBIC

Curved angle < 180, Custom, Solve for P

10-B CUBIC

Curved angle < 180, Custom, Solve for Y

11 CUBIC

Curved angle < 180, Custom, Solve for E

11A CUBIC

Curved angle < 180, Custom, Solve for i

12 CUBIC

Curved angle = 180, Round, Solve for P

13 CUBIC

Curved angle = 180, Round, Solve for Y

14 CUBIC

Curved angle = 180, Round, Solve for E

15 CUBIC

Curved angle = 180, Round, Solve for D

15A CUBIC

Curved angle = 180, Rectangular, Solve for P

15B CUBIC

Curved angle = 180, Rectangular, Solve for Y

16 CUBIC

Curved angle = 180, Rectangular, Solve for h

17 CUBIC

Curved angle = 180, Rectangular, Solve for b

18 CUBIC

Curved angle = 180, Rectangular, Solve for E

19 CUBIC

Curved angle = 180, Custom, Solve for P

20 CUBIC

Curved angle = 180, Custom, Solve for Y

21 CUBIC

Curved angle = 180, Custom, Solve for E

22 CUBIC

Curved angle = 180, Custom, Solve for i

Yield Strength, σy

PSI

Yield Strength, σy

PSI

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

PSI

Maximum Stress, S

gigapascal

Maximum Stress, S

If ø =< 90 (PSI)

Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

Maximum Stress, S

If 90 < ø < 180 (gigapascal)

1 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 1 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

2 Copy Angle, ø

Curved angle < 180, Round, Solve for Y

METRIC 2 Copy Angle, ø

Curved angle < 180, Round, Solve for Y

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

3 Copy Angle, ø

Curved angle < 180, Round, Solve for D

METRIC 3 Copy Angle, ø

Curved angle < 180, Round, Solve for D

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

4 Copy Angle, ø

Curved angle < 180, Round, Solve for E

METRIC 4 Copy Angle, ø

Curved angle < 180, Round, Solve for E

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

5 Copy Angle, ø

Curved angle < 180, Rectangular, Solve for P

METRIC 5 Copy Angle, ø

Curved angle < 180, Rectangular, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

6 Copy Angle, ø

Curved angle < 180, Rectangular, Solve for Y

METRIC 6 Copy Angle, ø

Curved angle < 180, Rectangular, Solve for Y

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

7 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 7 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

8 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 8 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

9 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 9 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

10 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 10 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

11 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 11 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

12 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 12 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If ø =< 90 (PSI)

METRIC Maximum Stress, S

If ø =< 90 (gigapascal)

Maximum Stress, S

If 90 < ø < 180 (PSI)

METRIC Maximum Stress, S

If 90 < ø < 180 (gigapascal)

13 Copy Angle, ø

Curved angle < 180, Round, Solve for P

METRIC 13 Copy Angle, ø

Curved angle < 180, Round, Solve for P

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) > (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) > (L1 + r) (gigapascal)

Maximum Stress, S

If (L2-L1) < (L1 + r) (PSI)

METRIC Maximum Stress, S

If (L2-L1) < (L1 + r) (gigapascal)

Name

First NameLast Name

Email

example@example.com

Please wait a few moments while the calculator loads. Begin by choosing one of the 4 basic configurations, then choose a cross-section.

Which variable would you like to solve?

Calculations

Header