High strain rate mechanical properties of SAC-Q solder for extreme temperatures after exposure to isothermal aging up to 90 days
Electronic components are subject to high strain, during shock and vibration in many
applications such as the automobile and aerospace. In many cases, this kind of electronic …
applications such as the automobile and aerospace. In many cases, this kind of electronic …
Extreme cold-temperature high-strain rate properties of SAC solder alloys
Electronics in a number of harsh environments may be subjected to very-low operating
temperatures in conjunction with high strain rates. Examples include the automotive …
temperatures in conjunction with high strain rates. Examples include the automotive …
High Strain-Rate Properties for SAC305 at Cold Operating Temperatures down to-65° C
In the industries like aerospace applications, medical applications and in oil/gas exploration,
the electronic components can be exposed to very cold temperatures. In addition, these …
the electronic components can be exposed to very cold temperatures. In addition, these …
Effect of 100° C Aging for Periods of up to 120-days on High Strain Rate Properties of SAC305 Alloys
In the applications like automotive, military applications and in oil/gas exploration, the
electronic parts can be exposed to vibrations, impact, shocks and high temperatures, as …
electronic parts can be exposed to vibrations, impact, shocks and high temperatures, as …
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 …
Low-Temperature High Strain Rate Constitutive Behavior of Doped and Undoped SnAgCu Solder Alloys after Prolonged Storage at High Temperature
Exposure to extreme-low environmental temperatures in conjunction with high strain-rates
may be encountered by electronics in several harsh-environment applications. Examples …
may be encountered by electronics in several harsh-environment applications. Examples …
Evolution of Anand parameters with elevated temperature aging for SAC leadfree alloys
Electronic equipment in automotive, agricultural and avionics applications may be subjected
to temperatures in the range of− 55 to 200° C during storage, operation and handling in …
to temperatures in the range of− 55 to 200° C during storage, operation and handling in …
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 …
Low Temperature High Strain Rate Material Properties for SAC-Q Leadfree Alloys
Electronic devices in automotive and defense applications may exposed to high
temperatures (> 150° C) as well as to low temperatures (-55° C) and high strain rates (1-100 …
temperatures (> 150° C) as well as to low temperatures (-55° C) and high strain rates (1-100 …
High strain rate mechanical properties of SAC-Q with sustained elevated temperature storage at 100° C
Leadfree electronics in harsh environments often may be exposed to elevated temperature
for the duration of storage, transport, and usage in addition to high strain rate triggering …
for the duration of storage, transport, and usage in addition to high strain rate triggering …