Recent Blogs
Wankel Rotary Engine: Rotor Motion and Fixed-ratio Timing
Explore a three-apex rotor in a two-lobed housing. Convert shaft period to rotor speed and ideal event counts without predicting combustion or power.
Quasiturbine Patent Topology: Declared Cycle Ledger
Quasiturbine engine explained — rhomboidal rotor geometry, four-stroke phases without crankshaft, real applications in UAV, generator, and detonation research builds.
Rotary Engine (form 5) Mechanism: How It Works, Parts, Formula, and Heritage Steam Uses Explained
Rotary Engine Form 5 explained — how the abutment-and-piston layout converts steam pressure to shaft torque, with worked numbers for heritage mill drives.
Rotary Engine (form 2) Explained: How the Eccentric Vane Steam Mechanism Works, Parts and Uses
How a Form 2 rotary steam engine works — eccentric drum, sliding abutment, multi-vane sealing. Real numbers, worked example, and heritage steam applications.
Rotary Engine (form 1) Mechanism: How a Single-Vane Steam Rotary Works, Parts and Uses Explained
Rotary Engine form 1 explained — how a single-vane steam rotary engine produces torque, where it fits in heritage power plant, and how to size...
Rotary Engine (form 3) Mechanism Explained: How It Works, Parts, Uses & Interactive Calculator
Rotary Engine form 3 explained — how the eccentric piston, abutment, and steam ports convert pressure into continuous shaft torque. Examples, formulas, design notes.
Slider Crank Chain Inversion Mechanism: How It Works, Diagram, Parts and Uses Explained
Explore a crank-driven slotted lever and connected ram, and compare ideal long and short stroke times from crank radius, pivot spacing and speed.
Rotary Engine (form 4) Mechanism: How It Works, Parts, Diagram, Animation and Indicated Power
Rotary Engine form 4 explained — eccentric piston geometry, steam admission, indicated power formula, and a worked heritage marine example with real numbers.