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 …
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 …
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 …
Evolution of Anand parameters for thermally aged Sn-Ag-Cu lead-free alloys at low operating temperature
In extreme environmental applications, such as aerospace and automotive, electronics may
endure high or low operating temperatures during service, handling, and storage. An …
endure high or low operating temperatures during service, handling, and storage. An …
Low Temperature Material Characterization of Lead-Free SAC Solder Alloy at High Strain Rate After Prolonged High Temperature Storage
During operations, handling, and storage in extreme environmental applications including
aerospace, defense and automotive, the electronics may be exposed to high and low …
aerospace, defense and automotive, the electronics may be exposed to high and low …
Low Operating-Temperature High Strain Rate Constitutive Behavior of SnAgCu Solder Alloys after Prolonged Storage at High Temperature
Extreme environmental applications, including a downhole drilling, aerospace and
automotive, may subject the electronics to high-g acceleration in addition to operation at …
automotive, may subject the electronics to high-g acceleration in addition to operation at …
Effect of Thermal Aging on the Evolution of Anand Parameters for SAC105 Leadfree Alloys Operating at Cold Temperatures down to-55° C
Automotive and defense electronic systems may be subjected to low and high temperatures
(-55° C 150° C) and high strain rates (1-100 per sec) during storage, operation and handling …
(-55° C 150° C) and high strain rates (1-100 per sec) during storage, operation and handling …
Extreme Low-Temperature High Strain-Rate Constitutive Behavior Evolution of Doped and Undoped Leadfree Solders under Sustained High Temperature Exposure
Electronics in automotive under-hood and aerospace applications may require sustained
high temperature exposure in the range of 150-200° C in addition to mechanical shock and …
high temperature exposure in the range of 150-200° C in addition to mechanical shock and …
Shock and Vibration Simulation for PBGA Board Assemblies with SAC Solder Interconnects using Non-Linear High Strain Rate Properties
Advanced electronics are required by current vehicle trends for better control, safety,
efficiency, and entertainment. Many electronic systems like engine control units, power …
efficiency, and entertainment. Many electronic systems like engine control units, power …
Effect of SAC105 Solder Alloys High Strain Rate Property Evolution on Plastic Work at Low Operating Temperatures
Electronic devices in extreme harsh environment may endure the high thermal loads as well
as high strain loads during their life span. Some of harsh environment applications include …
as high strain loads during their life span. Some of harsh environment applications include …