Linked from

The 12 pages that link to Statics, each with the reason it gives.

• Structural engineeringNarrower topic: Equilibrium equations underpin the calculation of structural reactions and internal forces.

• BiomechanicsRelated: It explains how bones and tissues support loads without accelerating.

• CentroidNarrower topic: Centroid locations help reduce distributed loads and analyze equilibrium.

• ArchNarrower topic: An arch must balance vertical loads and horizontal thrust to remain at rest.

• Inclined planeRelated: A load resting on a ramp is analyzed by balancing gravity, support, and friction forces.

• Static equilibriumNarrower topic: Static equilibrium is the central condition analyzed in statics.

• Structural analysisNarrower topic: Most introductory structural calculations apply statics to supports and internal forces.

• Mechanical equilibriumNarrower topic: It applies force and torque balance to structures and other stationary systems.

• Strength of materialsNarrower topic: It finds member forces, while strength of materials determines resulting stresses and deformation.

• MechanicsBroader topic: It applies mechanics to bodies whose acceleration is zero.

• Virtual workNarrower topic: Virtual work provides an alternative formulation of static equilibrium.

• Applied mechanicsBroader topic: It handles structures and components whose loads do not produce acceleration.