tolóhatásokat

Tolóhatásokat is a Hungarian term that describes pushing effects: forces or phenomena that drive motion in a system in the direction of the applied push. The word is formed from toló, meaning pushing, and hatás, meaning effect. The concept is used across several domains, especially in physics and engineering, to refer to thrust-like influences or other interactions that contribute to forward movement or displacement of a component, often in contrast to pulling or resisting effects.

Contexts and examples include propulsion technology, where tolóhatások denote thrust produced by engines, propellers, or other propulsion devices. In mechanical engineering, they can describe forces transmitted through pistons, linkages, or other components that push a load along a path or into a mechanism. In fluid dynamics, pushing effects arise from jets, wakes, or high-velocity flows that exert a forward force on surfaces. In robotics and automation, actuators generate tolóhatások to move joints, grippers, or other actuated elements. The term is also used in broader discussions of dynamic interactions that facilitate motion within a system.

Measurement and analysis typically treat tolóhatások as forces, quantified in newtons, with attention to magnitude, direction, and line of action. They are analyzed using classical mechanics, including statics and dynamics, and may be incorporated into multi-body simulations, finite element models, or computational fluid dynamics studies to assess performance and stability.

See also: tolóerő, erő, dinamika, propulsion, propulsion-related forces.