Electrical Contact Design Calculator

Choose A Contact Design

CHOOSE A CONTACT DESIGN

Simple CantileverCurved Θ < 180Curved Θ = 180 (L1 > L2)Curved Θ = 180 (L1 < L2)

Choose A Contact Shape

CHOOSE A CONTACT SHAPE

RoundRectangularCustom

Solve for...

Contact Force (P)Deflection (Y)Modulus (E)Wire Diameter (D)

Solve for...

Contact Force (P)Deflection (Y)Modulus (E)Bending Moment of Inertia (I)

Solve for...

Contact Force (P)Deflection (Y)Modulus (E)Wire Diameter (D)

Solve for...

Contact Force (P)Deflection (Y)Modulus (E)Bending moment of inertia (I)

Unit Of Measure Type*

English (United States Standard)Metric (Global Standard)

Choose Alloy Material

Choose Temper

AnnealedStress RelievedDuctile HTHeat Treated

Choose Alloy Material

Choose Temper

AnnealedStress RelievedDuctile HTHeat Treated

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewton

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewtons

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

Gram ForceOuncesNewtons

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)

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