Linked from

The 24 pages that link to Contact mechanics, each with the reason it gives.

• FrictionNarrower topic: Real contact occurs at microscopic regions rather than across perfectly smooth apparent surfaces.

• AdhesionRelated: Real contact area can be much smaller than apparent area, limiting adhesive force.

• HardnessNarrower topic: Hardness tests interpret the contact between an indenter and a material surface.

• Surface roughnessRelated: Roughness determines how real contact occurs across an apparently contacting area.

• Ground reaction forceNarrower topic: Ground reaction force is the resultant force transmitted across a body-surface contact.

• Coefficient of restitutionNarrower topic: Restitution summarizes part of a contact event, while contact mechanics models its detailed response.

• Normal forceNarrower topic: Surface deformation at contact produces the normal force.

• TribologyNarrower topic: It supplies the models for predicting real contact areas and pressures.

• Granular materialRelated: Grain contacts transmit the forces that organize an assembly.

• Rolling resistanceNarrower topic: The changing contact patch determines how rolling bodies deform and recover.

• Mechanical philosophyRelated: Mechanical philosophers favored causal action through contact between bodies.

• WearRelated: Contact pressures and their distribution help determine where wear damage accumulates.

• Impact forceRelated: It describes how impact force is distributed across the colliding surfaces.

• Static frictionNarrower topic: The microscopic contact forces underlying friction belong to this broader subject.

• Constraint (mechanics)Related: Nonpenetration and friction conditions constrain contacting bodies.

• Granular flowNarrower topic: Contact laws determine the forces that transmit stress through grains.

• Contact forceBroader topic: It analyzes the physical interface that gives contact forces their measurable behavior.

• Newton's ringsRelated: Real surface deformation changes the central contact and can distort the ideal ring pattern.

• MalletNarrower topic: Head softness and contact area shape the stresses a mallet places on its target.

• Coulomb frictionNarrower topic: The idealized force law abstracts from the microscopic contact that produces friction.

• GekkonidaeNarrower topic: Gecko adhesion depends on how compliant toe structures contact surface irregularities.

• Kinematic pairRelated: Contact conditions determine how real surfaces transmit forces while allowing motion.

• Solid mechanicsBroader topic: It addresses localized stresses at interfaces between solid components.

• Multibody systemRelated: Impact and sustained contact add force laws and unilateral constraints to the model.