GitHub - auralius/lagrangian: Collection of problems in Mechanics solved with the Euler-Lagrange's method by using Maple

Collection of problems in Mechanics solved with Lagrangian in Maple

Single pendulum

Double pendulum

Mass on a moving inclined plane

Single pendulum with a springy wire

Pendulum with an oscillating support

Two masses, one swinging

Standing slider and crank under gravitational force

Slider and crank, a spring is added in the slider, along the horizontal axis

Rotating unbalance

Rotating unbalace with a spring

Reaction wheel pendulum

Flyball speed governor

Sucker rod pump

Name		Name	Last commit message	Last commit date
Latest commit History 28 Commits
docs		docs
pdfs		pdfs
README.md		README.md
crank_slider.mw		crank_slider.mw
crank_slider_with_spring.mw		crank_slider_with_spring.mw
flyball_governor.mw		flyball_governor.mw
mass_on_moving_plane.mw		mass_on_moving_plane.mw
pendulum_with_an_oscillating_support.mw		pendulum_with_an_oscillating_support.mw
pendulums.mw		pendulums.mw
reaction_wheel_mass.mw		reaction_wheel_mass.mw
reaction_wheel_pendulum.mw		reaction_wheel_pendulum.mw
rectilinear_system.mw		rectilinear_system.mw
rectilinear_system_2.mw		rectilinear_system_2.mw
rotating_unbalance_1.mw		rotating_unbalance_1.mw
rotating_unbalance_2.mw		rotating_unbalance_2.mw
spring_pendulum.mw		spring_pendulum.mw
sucker_rod_pump_dynamic_model.mw		sucker_rod_pump_dynamic_model.mw
sucker_rod_pump_kinematic_model.mw		sucker_rod_pump_kinematic_model.mw
two_masses_one_swinging.mw		two_masses_one_swinging.mw