Frames & Machines I: Intro, Technique, & Examples including Slots, Rope, Pulleys, Rollers & Sliders

Frames & Machines II: Moment Reactions, Mechanical Advantage, Distributed Loads, Single/Double Shear

TRUSSES: Method of Joints (MOJ) | Structures of Two Force Members | Identifying Zero Force Members

Решение проблем с машинами и рамами!

ENGR 2301 Engineering Statics

Defining GD&T Controls: Form, Orientation, Location, Profile, and Runout | Symbols & Tolerance Zones

Introduction to Stress | Normal and Shearing Stresses in Mechanical Connections (e.g. Clevis & Pin)

TRUSSES: Method of Sections (MOS) | Statically Determinate vs Indeterminate vs Unstable | Triangles

Куда исчезает ёмкость MLCC? Эффект DC-Bias и старение керамики X7R

Fracture Toughness Example: Allowable Pressure in Cracked Titanium Tube; Optimizing Yield Strength

Bolted Joint Stiffness: Spring Constants of Bolts and Clamped Members | Joint Stiffness Constant

Bolt Fatigue and the Utility of Load Lines

Weld Groups in Torsion or Bending: Finding Critical Shearing Stress | Primary & Secondary Shear

Torque and Speed Relationships in Gears | Motor Driving Winch Through Geartrain

Понимание и анализ ферм

FRAMES AND MACHINES example problem with pliers

Truss Tricks: Skipping The External Reaction Step & Simplifying Trusses with Zero Force Members

Statics A-Z (Full chapter explanations)

Statics 7-2f Example: Analysis of Machines

Mechanical Engineering: Particle Equilibrium (11 of 19) Why are Pulleys a Mechanical Advantage?

How to Structurally Analyze FRAMES AND MACHINES in Statics and Engineering with an EXAMPLE PROBLEM