Mechanical Energy Amplification Effect of the Kwale law in Hydraulic Motor Application

The kwale law, a new milestone in engineering has proven that mechanical energy can be amplified without any noticeable input energy change in a closed hydraulic system. The law which state that; “ If a barrier can interact with a flowing fluid and not affect its flow rate, change its direction or try to stop the flow of the fluid, energy gained by the barrier will not affect the energy supplied by the fluid ” This law, unlike the pascals law which amplify force while volume gains, will amplify force without affecting the volume. To test this law, the kwale law was incorporated in a Eaton Vickers m25 hydraulic motor, results from test showed there was a minimum 20% output power increase without any major change in the energy consumption of the machine. The new motor functioning with the kwale law had the same displacement and speed like the original machine before it was incorporated with the kwale law. The major advantage of the kwale law is its potential for fully optimized energy generation and usage, hydraulic motors that will be designed with kwale law will have very high torque output and small displacement making room for very high torque and high-speed hydraulic motors.