STEM Course Prep

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Who Am I? I'm Cherish, a Mechanical Engineering professor who used to be a struggling engineering student. I know the frustration of attending classes and st...

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Transverse Shear Stress - max shear stress and shear stress distribution - Hibbeler Problem 7.12

Normal and tangential kinetics with angular momentum and work energy

Work energy with friction and tension - Dynamics tutorial.

Potential energy with kinematics - Dynamics tutorial

Work Energy with spring and friction. Dynamics tutorial

Normal and tangential coordinates with work energy. Dynamics tutorial

Mohrs Circle with Principal Stresses - Hibbeler Problem 9.69 10th Edition

Principal stresses with normal stress and transverse shear stress. Hibbeler problem 9.39

Transfer function to state space with polynomial in numerator and denominator

Vibration free undamped motion with rotating rod and spring

Statics 2D equilibrium example finding the maximum distributed load

State Space Representation Example with One Mass, Spring and Damper

Stability with Routh array example

12.209 Hibbeler Dynamics Pulley Problem, Constrained Particles

Dynamics Pulley Problem. Motion of Constrained Particles

Relative motion with circular path and normal acceleration

Relative motion with normal and tangential acceleration - Dynamics

Work and Potential Energy Dynamics Example

Polar coordinates of car on circular track

Polar coordinates acceleration magnitude

Polar coordinates from cartesian components

Curvilinear motion with rectangular coordinates

Normal and tangential coordinates with cartesian frame

Largest intensity of uniform loading given normal and shear stress values

Normal and tangential coordinates with projectile motion

Shear stress strain diagram and modulus of rigidity

12 .129 Hibbeler Dynamics curvilinear motion with normal and tangential coordinates

Fourth order runge kutta example with first order initial value problem

Beam deflection and elastic curve with Macaulay functions

Beam design example with section modulus, bending stress, centroid and moment of inertia