Or login with:
COMPUTING- MATHS
- STATISTICS
- ENGINEERING
- AERODYNAMICS
- FLUID MECHANICS
- GEOTECHNICS
- MATERIALS
- BEAMS
- BENDING STRESS
- CYLINDERS AND SPHERES
- Circular Plates
- Compound Stress and StrainPart 2
- Compound Stress and Strain part 1
- Curved Beams
- Direct Stress
- Direct Stress and Strain
- Elastic Constants
- Notations
- Plastic Theory of Bending
- Rotating Discs and Cylinders
- Shear Force and Bending Moment
- Shear Stress
- Springs
- Struts
- Thick Walled cylinders and Spheres
- Torsion
- MECHANICS
- METALLURGY
- OSCILLATIONS
- STRUCTURES
- THEORY OF MACHINES
- THERMODYNAMICS
- FINANCE
- UNITS
- STRINGS
- PHYSICS
Engineering › Materials ›
Beams
Strain Energy
Strain energy due to bending and deflection; calculated using Calculus.
Macaulay Method
Describes the Macaulay Method for calculating the deflection of Beams.
Moments of Area
The calculation of deflections using Moments of Area
Deflection Coefficients
This section covers deflection coefficients, including deflection due to shear and the use of graphical methods.
Built in Beams
The bending of Built in Beams fixed at both ends.
Multiple Continuous Beams
The deflection of Continuous Beams with more than one span.
Elastic Foundations
The deflection of beams where the foundations are not rigid.
Portal Frames
Bending Moments for Portal Frames
Shear Stress in Beams
An analysis of Shear Stress in Beams of various cross sections.
