mechdesign2k4 said:Thanks! I must have been over thinking it. I was sort of approaching it as taking each side of the tube, and top and bottom, calculating MOI for each...and adding them together. Thanks for the help!
Beam bending is the process of applying a force to a beam, causing it to deform and bend. This is a common phenomenon in engineering and physics, where beams are often used to support loads and transfer forces.
Beam bending and beam deflection are related but distinct concepts. Beam bending refers to the physical deformation of a beam due to applied forces, while beam deflection refers to the displacement or movement of a beam from its original position.
The amount of force applied, the type of material the beam is made of, the shape and size of the beam, and the distance between supports all affect beam bending. Other factors such as temperature, moisture, and external vibrations can also impact beam bending.
Beam bending is commonly used in construction and architecture, where beams are used to support structures such as buildings, bridges, and roofs. It is also used in the design of many everyday objects, such as furniture, bicycles, and car frames.
Beam bending can be calculated and analyzed using mathematical equations and principles of mechanics, such as Hooke's law and the moment of inertia. There are also computer software programs and simulations that can be used to model and predict beam bending behavior.