Method of Manufacture for a Universal Offset Connecting Rod for Internal Combustion Engine

A method of manufacture of a highly efficient universal connecting rod comprising the steps of:

• a. calculating a triangular force transfer area comprised of an area free from any solid material and bordered on a first side by a traditional line of action and by said connecting rod on a second and third side, wherein said force transfer area is calculated as (½)((0.1)(w))(((0.1)(w))(cotθ)) wherein w is the radius of a first circular aperture in said connecting rod and θ is an angle of offset having a value greater than 0 degrees and less than 45 degrees and calculated as θ=arcsine(r/L) wherein r is the radius of a second circular aperture in said connecting rod and L is a distance between a center point of said first circular aperture and a center point of said second circular aperture;
• and
• b. forming an offset connecting rod having said angle of offset which creates said calculated force transfer area.

A method of manufacture of a highly efficient universal connecting rod comprising the steps of:

• a. calculating an angle of offset using an angle of offset equation calculated as θ=arcsine(r/L) wherein r is a radius of a circular aperture in said connecting rod and L is a distance between a center point of a first circular aperture and a center point of said second circular aperture, wherein said angle of offset is greater than 0 degrees and less than 45 degrees;
• and
• b. forming an connecting rod having said angle of offset to create a force transfer area, wherein said force transfer area is a triangular area free from any solid material and bordered by a traditional line of action on a first side and by said connecting rod on a second a third side.

A method of manufacture of a universal offset connecting rod comprising the steps of:

• a. calculating an angle of offset of greater than 0 degrees and less than 45 degrees using an angle of offset equation pursuant to which the angle of offset is proportional to the distance between a center point of a first circular aperture for connecting a wrist pin and a center point of a second circular aperture for connecting a big end bearing;
• and
• b. forming an offset connecting rod having said angle of offset to create a force transfer area, wherein said force transfer area is a triangular area free from any solid material and bordered by a traditional line of action on a first side and by said connecting rod on a second a third side.