Lectures related to Pulley | EPFL Graph Search

Fluid Friction: Velocity Calculation

Covers the calculation of velocity for an object in free fall experiencing fluid friction in laminar flow, considering a constant gravitational field.

General Mechanics: Application Exercises and Ballistics

Covers mechanics application exercises, ballistics, and equilibrium analysis of pulley systems.

Mechanics: Pulley Systems and Equations of Motion

Explores pulley systems, equations of motion, kinetic friction, and billiard dynamics.

Toothed Belt Transmissions: Coupling and Angular Stiffness

Explores toothed belt transmissions, emphasizing coupling and angular stiffness calculations, advantages, and practical optimization.

Introduction to Physics

Introduces the forces involved in suspending objects and explains static equilibrium.

Dynamics of Solids: Elevator Acceleration

Explores elevator acceleration, incline angles, and pulley systems in different scenarios.

Pulley System Dynamics: Acceleration and Torque

Explains how to find block acceleration and external torque in a pulley system.

Forces and Motion on Inclined Plane

Covers masses on an inclined plane connected by a pulley and explores friction and drag forces.

Mechanical Design: Transmission of Motion and Power

Discusses the principles of mechanical design, focusing on the transmission of motion and power through various mechanical elements.

Rigid body rotation and static equilibrium

Covers rigid body rotation, static equilibrium, bottle flipping, and pulley systems.

Pulley Systems: Constraints and Resistive Forces

Covers the setup of equations, constraint conditions, and solving systems of equations related to pulley systems.

Transmission Systems: Gears and Belts

Explores the basics of transmission systems, including gears and belts, covering differentials, gearboxes, and various belt types.

Differential Analysis: Tension and Friction

Explores tension, friction, and acceleration in systems of blocks and ropes.

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Mechanics: Forces and Motion

Covers the principles of mechanics, focusing on forces and motion in various scenarios.

Equilibrium and Forces in Structural Mechanics

Discusses equilibrium principles and force analysis in structural mechanics through various exercises and practical examples.

Non-inertial Reference Frames and Constraints

Covers non-inertial reference frames, constraints, and continuous systems, including angular velocity, linear and rotational acceleration, and modeling of merry-go-rounds, ropes, and pulleys.

Structural Mechanics Fundamentals

Introduces the fundamentals of structural mechanics, covering equilibrium, boundary conditions, free-body diagrams, and constraints.