Effect of nano- Oxide additions on the thermomechanical properties of Sn based alloy
Fayrouz Fahim Wanees Barakat;
Abstract
The present thesis is devoted to study:
1) Thermal analysis and microstructure evolutions of both
the plain solder Sn- 5wt% Zn and Sn- 5wt% Zn - 0.5
wt% nano-sized Al2O3 composite solder.
2) Tensile creep characteristics of the two solder alloys.
The experimental results were investigated under
different levels of stress/load ( = 10, 15, 20 and
25MPa) and temperature (T= 333,343,353,363,373,383
and 393K).
3) Study the hardness of both plain and composite solder
alloys for applied load 10,50 and 100 gm at different
time 15,30 and 50 sec.
4) Identification of the ability of soldering to conduct
electrical conductivity with/without applied deformation
on specimens.
1) Thermal analysis and microstructure evolutions of both
the plain solder Sn- 5wt% Zn and Sn- 5wt% Zn - 0.5
wt% nano-sized Al2O3 composite solder.
2) Tensile creep characteristics of the two solder alloys.
The experimental results were investigated under
different levels of stress/load ( = 10, 15, 20 and
25MPa) and temperature (T= 333,343,353,363,373,383
and 393K).
3) Study the hardness of both plain and composite solder
alloys for applied load 10,50 and 100 gm at different
time 15,30 and 50 sec.
4) Identification of the ability of soldering to conduct
electrical conductivity with/without applied deformation
on specimens.
Other data
| Title | Effect of nano- Oxide additions on the thermomechanical properties of Sn based alloy | Other Titles | تأثير إضافات جسيمات نانومتريه علي الخصائص الميكانيكيه لسبيكه لحام أساسها قصدير - زنك | Authors | Fayrouz Fahim Wanees Barakat | Issue Date | 2019 |
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