Beam Load Pillows
Description: A technical diagram shows two beams with supports. The top beam displays a uniform downward load, indicated by arrows and labeled 'W kN/m' and 'L (m)'. The bottom beam illustrates a similar load with bending curves and the equation 'M = wL^2/8'. The background is black with white line art.
Description: A diagram illustrating a simply supported beam under a uniformly distributed load. Text labels indicate 'W kN/m' for the load and 'L m' for the length. Below, a curve shows the beam's deformation, with a formula 'M = wL^2/8' presented at the bottom.
Beam Load Deformation Formula M = wL^2/8 Pillow
by Studio Design Veca
$23 $28
Description: The upper diagram shows a beam subjected to a distributed load, labeled 'Distributed Load' with dimensions 'Total Length', 'Weight per unit length', and labels 'W', 'b', 'B', and 'M'. The lower diagram illustrates a beam with a support at 'B', depicting deformation and including labels 'q', '1/2', and 'Tim', under the heading 'Maxim Bending moment'. Both diagrams use line art with white elements on a black background.
Distributed Load and Maxim Bending Moment Beam Diagrams Pillow
by ASYIFA ARTWORK
$23 $28
Description: A technical diagram illustrating a simple beam under a uniformly distributed load 'W kN/m' across its length 'L (m)'. Below, a diagram shows the deflection curves and bending moment distribution, with the equation M = wL^2/8 presented. The base text states 'Simple Beam'.
Simple Beam with Uniformly Distributed Load and Bending Moment Equation Pillow
by INSIDE STORE
$23 $28
Description: A technical diagram shows two beams supported at their ends. The top beam is straight and subjected to a uniformly distributed load labeled 'W kN/m' over a length 'L (m)'. The bottom beam depicts deflected shape under load with indicated length 'L (m)' and a formula 'M=wL^2/8' at the bottom right.
