Recent Blogs
Friction Clutch in a Bevel Drive: Torque Comparison | FIRGELLI
Explore a friction-coupled bevel drive and compare ideal flat-interface torque with demand, including a fixed 1.4× preload scenario.
Friction-clutch Wheels: Torque Threshold and Demand | FIRGELLI
Compare ideal wheel-contact torque with load demand using coefficient, normal force and radius. Understand margin, demand excess and the limits of slip modeling.
Multiple-Plate Friction Clutch: Active Interfaces and Ideal Torque
Explore a multi-plate friction clutch stack and calculate ideal uniform-wear torque from double-sided disc count, clamp force, friction coefficient and radii.
Friction Clutch: Torque Capacity and Mean Radius | FIRGELLI
Calculate ideal plate-clutch torque from clamp force, coefficient, effective radius and active faces, then compare an entered load torque.
Double Toggle-joint Friction Clutch Mechanism: How It Works, Diagram, Formula and Uses Explained
Explore a direct-collar toggle-clutch model. Compare how link angle and equal force sharing affect ideal radial shoe force at pad contact.
Cone Clutch Mechanism Explained: How It Works, Diagram, Formula, Calculator and Uses
Explore an engaged cone clutch. Compare axial force, cone half-angle and normal contact load while two mating cones rotate together.
Clutch and Gear Mechanism: How It Works, Parts, Diagram, Formula and Industrial Uses
Explore a single-surface friction clutch driving an external gear pair. Calculate ideal torque capacity, locked output speed and power at the entered capacity.