Statics - Distributed Loads

Statics: Wednesday, 11/13Подробнее

Statics: Friday, 11/8Подробнее

Statics 4.138 - Replace the loading by an equivalent resultant force and moment acting at point O.Подробнее

Statics 5.22 - The intensity of the distributed load is 3kN/m determine the reactions at the rollerПодробнее

Statics 7.61 - Draw the shear and moment diagrams for the beam.Подробнее

Statics 6.73 - Determine the reactions at the supports at A, E and B of the compound beam.Подробнее

Statics 6.69 - Determine the reactions at supports A and B.Подробнее

Statics: Wednesday, 11/6Подробнее

Statics 7.82 - Draw the shear and moment diagrams for the beam.Подробнее

Statics 4.151 - Replace the loading by a single resultant force and location of force measured.Подробнее

Statics: Equivalent System - Distributed LoadsПодробнее

Statics: Friday, 10/4Подробнее

Statics - Roller A and Pin B can Support Load Up to 4 kN & 8 kN. Maximum Intensity Distributed LoadПодробнее

Distributed Load - ENG 211 Statics - Lesson 18Подробнее

Statics: Equilibrium in 2D: Distributed Loads - Practice Problem 1(2)Подробнее

Engineering Concepts: STATICS | 6-Minute Summary |Подробнее

Statics: Equilibrium in 2D: Distributed Loads - Practice Problem 2(2)Подробнее

Statics: Equivalent System: Distributed Loads - Practice Problem 1(1)Подробнее

Statics: Equivalent System: Distributed Loads - Practice Problem 2(1)Подробнее

Statics - Intensity of Distributed Load on Beam is w = 3 kN/m. Determine Reactions at Roller & PinПодробнее