Indentation creep and mechanical properties of quaternary Sn–Sb based alloys

Influence of Titanium Dioxide Nanoparticles on Microstructure, Electrochemical Corrosion Behavior, Mechanical and Thermal Properties of Sn-Al-Bi Based Alloy

“…Strength and ductility of SnSb5 alloy improved after adding Bi or Cu content (Esfandyarpour and Mahmudi, 2011). Elastic modulus and internal friction of Sn86Sb10Cu2X2 (X = Pb or Ag or Se or Cd-Zn) alloys dependent on alloy composition (El-Bediwi et al, 2011). Effect of adding Cu or Ag or CuAg on structure, electrical resistivity and elastic modulus of SnSb7 alloy has been studied and the results show, SnSb7Ag2Cu2 alloy has lowest internal friction, cast and adequate elastic modulus .…”

Study of some physical properties of the rapidly solidified Sn–Sb–Cu–Zn alloys

“…According to the surface activity theory [8], Zn and Cu atoms in Sn matrix migrate towards grain boundaries thus limiting their mobility and inhibit grain growth. The presence of the hard phases (intermetallic compounds SnSb, Cu 3 Sn and the hexagonal closed packed structure of Zn) in the matrix gives the material its high strength [20].…”

Influence of Titanium Oxide on Creep Behavior, Microstructure and Physical Properties of Tin-Antimony and Tin-Aluminum-Antimony Based Bearing Alloys

“…Strength and ductility of SnSb5 improved after adding Bi and Cu. Creep behavior, elastic modulus and internal friction of SnSb10Cu2X2 (X = Pb, Ag, Se, Cd and Zn) alloys have been investigated and stress exponents have been determined [9]. The effect of solidification rate, heating and micro additions on microstructure and hardness of tin-based white metals have been studied [10,11].…”