In this video, types of supports, types of beams & types of loads is explained in following Timestamps:
0:00 – Mechanics of Solid Lecture series
0:15 – Outlines on moment of a force
0:34 – Beam
1:24 – Types of support
4:44 – Types of beam
7:50 – Types of load
Following points are covered in this video:
1. Beam
2. Types of support and possible reactions
3. Types of beam
4. Types of load acting on the beam
Engineering Funda channel is all about Engineering and Technology. Here this video is a part of Mechanics of Solid/ Engineering Mechanics.
#TypesOfSupports, #TypesOfBeams, #TypesOfLoads, #Udl, #Uvl#EngineeringFunda, #MechanicsOfSolids
Details of Types of Supports, Types of Beams, Types of Loads:
Types of Supports:
Fixed support: prevents translation and rotation of the supported member at the support location.
Roller support: prevents translation of the supported member in one direction perpendicular to the axis of the roller, while allowing translation in the other direction and rotation around the roller.
Pin support: prevents translation of the supported member in any direction, but allows rotation around the pin.
Free or simple support: allows translation and rotation of the supported member in any direction.
Types of Beams:
Simply supported beam: supported on both ends by a pin and a roller, or two rollers, and has no moment resistance.
Fixed beam: supported on both ends by fixed supports, and has moment resistance at both ends.
Cantilever beam: supported on one end only, and has moment resistance at the supported end.
Continuous beam: supported on three or more supports and has moment resistance at multiple points.
Types of Loads:
Point load: a single concentrated load applied at a specific point on the beam.
Uniformly distributed load: a distributed load that is constant across the length of the beam.
Varying load: a distributed load that varies along the length of the beam.
Moment load: a load that causes bending of the beam, typically applied as a couple at a specific point on the beam.
Axial load: a load applied along the longitudinal axis of the beam.
Torsional load: a load that causes twisting of the beam around its longitudinal axis.