In part 9 of this series, Corey demonstrates how calculations can be used to determine reactions.
Check this Out
Hydraulic Symbols Template
Try the Ultimate Beam Calculator
Schedule Time with Corey
Recent Posts
Log Splitter Series (Part 9): Finding the Reactions
Log Splitter Series (Part 8): Mathematical Model of the Geometry
In part 8 of this series, Corey creates a mathematical model of the jib geometry using MathCAD.
Log Splitter Series (Part 7): Using the Law of Cosines to Determine Forces
In part 7 of this series, Corey shows how to use the Law of Cosines to determine the forces on the jib pivot pin and cylinder based on the cylinder length.
Log Splitter Series (Part 6): Free Body Diagram and Governing Equations
In part 6 of this series, Corey creates the Free Body Diagram and governing equations for the cylinder and jib.
Best Guide for Setting Up Cylinder Geometry for Articulation
In part 5 of this series, Corey shows how to layout cylinder geometry for the log splitter jib using Solidworks. He indicates the benefits of using this method and how easy it is to calculate the cylinder load quickly.
Log Splitter Series (Part 4): Axial, Bending, and Shear Stresses
In part 4 of this series, Corey shows how to combine axial, bending, and shear stresses of the main log splitter beam using Mohr’s Circle. He also give his thoughts on the design factor of the section.
