Effect of aging on the high strain rate mechanical properties of SAC105 and SAC305 leadfree alloys
Electronics subjected to shock and vibration may experience strain rates of 1-100 sec-1.
High strain rate data is scarce for leadfree solders at strain rates in the range of 1-100 sec-1 …
High strain rate data is scarce for leadfree solders at strain rates in the range of 1-100 sec-1 …
Effect of Prolonged Storage up to 1-Year on the High Strain Rate Properties of SAC Leadfree Alloys at Operating Temperatures up to 200° C
Transient dynamic loads in addition to prolonged periods of high temperature exposure are
a part of number of high profile applications with high reliability needs. Examples include …
a part of number of high profile applications with high reliability needs. Examples include …
Anand Parameters for Modeling Prolonged Storage on High Strain Rate Mechanical Properties of SAC-Q Leadfree Solder at High Operating Temperature
Electronics in automotive underhood and downhole drilling applications may be subjected
to sustained operation at high temperature in addition to high strain-rate loads. SAC solders …
to sustained operation at high temperature in addition to high strain-rate loads. SAC solders …
High temperature high strain rate properties of SAC305 with effect of 100° C storage for prolonged duration
Electronic components can be subjected to shock-impact, vibration, and high temperatures
in applications such as automobile, military and oil/gas scanning. Electronic components …
in applications such as automobile, military and oil/gas scanning. Electronic components …
Performance of SAC305 and SAC305-0.4 La lead free electronic solders at high temperature
Purpose Tin-Silver-Copper is widely accepted as the best alternative to replace Tin-Lead
solders in microelectronics packaging due to their acceptable properties. However, to …
solders in microelectronics packaging due to their acceptable properties. However, to …
X-ray micro-CT and digital-volume correlation based three-dimensional measurements of deformation and strain in operational electronics
Electronic components may be subjected to significant deformation under the action of
thermal and mechanical loads during operation and storage. The use of thin material layers …
thermal and mechanical loads during operation and storage. The use of thin material layers …
Sustained high-temperature vibration reliability of thermally aged leadfree assemblies in automotive environments
Applications in downhole drilling, automotive industry and avionics industry require
exposure of electronics to sustained high temperatures electronics combined with vibration …
exposure of electronics to sustained high temperatures electronics combined with vibration …
Viscoplastic constitutive model for high strain rate mechanical properties of SAC-Q leadfree solder after high-temperature prolonged storage
Electronics in automotive underhood and downhole drilling applications may be subjected
to sustained operation at high temperature in addition to high strain-rate loads. SAC solders …
to sustained operation at high temperature in addition to high strain-rate loads. SAC solders …
Creep behavior of Innolot solder alloy using small lap-shear specimens
The paper is concerned with the development of a micro testing machine for solder joint
specimens. The micro tester has been developed for testing a new solder alloy, namely …
specimens. The micro tester has been developed for testing a new solder alloy, namely …
Solder Joint Fatigue Studies Subjected to Board-level Random Vibration for Automotive Applications
V Khaldarov, A Zhang, D Xie, J Lee… - 2022 IEEE 72nd …, 2022 - ieeexplore.ieee.org
In this paper, a simplified methodology is presented for the evaluation of test-to-failure board-
level random vibrations using a combination of experimental and finite element modeling …
level random vibrations using a combination of experimental and finite element modeling …