Coulomb friction

Summary

Coulomb friction is a physical law^[1]. It is known by 14 alternative names across languages and contexts.^[2]

Key Facts

• Coulomb friction is credited with the discovery of Leonardo da Vinci^[3].
• Coulomb friction is credited with the discovery of Guillaume Amontons^[4].
• Coulomb friction's instance of is recorded as physical law^[5].
• Charles-Augustin de Coulomb is named after Coulomb friction^[6].
• Guillaume Amontons is named after Coulomb friction^[7].
• Coulomb friction's main subject is recorded as sliding friction^[8].
• Coulomb friction's different from is recorded as Coulomb's law^[9].
• Coulomb friction's different from is recorded as Coulomb force^[10].
• Coulomb friction's defining formula is recorded as F = \mu N^[11].
• Coulomb friction's Google Knowledge Graph ID is recorded as /g/121l0kcj^[12].
• Coulomb friction's Google Knowledge Graph ID is recorded as /g/12377cw2^[13].
• Coulomb friction's NE.se ID is recorded as coulombsk-friktion^[14].
• Coulomb friction's maintained by WikiProject is recorded as WikiProject Mathematics^[15].
• Coulomb friction's in defining formula is recorded as F^[16].
• Coulomb friction's in defining formula is recorded as \mu^[17].
• Coulomb friction's in defining formula is recorded as N^[18].
• Coulomb friction's ScienceDirect topic ID is recorded as engineering/coulombs-law-of-friction^[19].

Body

Works and Contributions

Credited discoveries include Leonardo da Vinci^[3], a painter^[20], 1452–1519^[21], of Republic of Florence^[22], specialised in Renaissance architecture^[23] and Guillaume Amontons^[4], a physicist^[24], 1663–1705^[25], of France^[26], specialised in physics^[27].

Why It Matters

Coulomb friction is known by 14 alternative names across languages and contexts.^[2]