The creep behavior of Sn-based solders undergoes a significant scaling effect. Therefore this paper compares creep data that was gained on bulky samples and on small solder joints. Optical microscopy techniques and SEM-microprobe analysis were used to examine the microstructural properties of the bulk specimens and real solder joints were after metallographic sectioning. The results of these microstructural analysis were related to the investigated mechanical properties of the solders
An experimental investigation was conducted to characterize and measure the contributions of shear a...
The time and temperature dependant creep deformation of solder alloys has to be studied to describe ...
This paper discusses the creep behavior of example Sn-rich solders that have become candidates for ...
The paper describes attempts to explain the scaling effect on microstructure and creep of Sn-based s...
The constitutive mechanical behaviour with a focus on creep of Sn-Pb and various Sn-Ag-Cu based Pb-f...
The changeover from eutectic Sn-Pb solders to lead-free solders has been driven by environmental con...
ABSTRACT: Creep performance of soldered connections is significant to the reliability evaluation and...
Describes the creep behavior of three Sn-rich solders that have become candidates for use in Pb-free...
Describes the creep behavior of three Sn-rich solders that have become candidates for use in Pb-fre...
The development of lead-free solder materials with improved reliability properties requires a detail...
Thesis (Ph.D.), Materials Science and Engineering Program, Washington State UniversityDuring service...
This paper discusses the creep behavior of example Sn-rich solders that have become candidates for u...
Solder joints in electronic packages are prone to failure due to the evolution of thermal expansion ...
The creep rate of Sn solder joints is noticeably affected by joint metallization. Cu|Sn|Cu joints ha...
Solder joints in microelectronics devices consist of low-melting solder compositions that wet and jo...
An experimental investigation was conducted to characterize and measure the contributions of shear a...
The time and temperature dependant creep deformation of solder alloys has to be studied to describe ...
This paper discusses the creep behavior of example Sn-rich solders that have become candidates for ...
The paper describes attempts to explain the scaling effect on microstructure and creep of Sn-based s...
The constitutive mechanical behaviour with a focus on creep of Sn-Pb and various Sn-Ag-Cu based Pb-f...
The changeover from eutectic Sn-Pb solders to lead-free solders has been driven by environmental con...
ABSTRACT: Creep performance of soldered connections is significant to the reliability evaluation and...
Describes the creep behavior of three Sn-rich solders that have become candidates for use in Pb-free...
Describes the creep behavior of three Sn-rich solders that have become candidates for use in Pb-fre...
The development of lead-free solder materials with improved reliability properties requires a detail...
Thesis (Ph.D.), Materials Science and Engineering Program, Washington State UniversityDuring service...
This paper discusses the creep behavior of example Sn-rich solders that have become candidates for u...
Solder joints in electronic packages are prone to failure due to the evolution of thermal expansion ...
The creep rate of Sn solder joints is noticeably affected by joint metallization. Cu|Sn|Cu joints ha...
Solder joints in microelectronics devices consist of low-melting solder compositions that wet and jo...
An experimental investigation was conducted to characterize and measure the contributions of shear a...
The time and temperature dependant creep deformation of solder alloys has to be studied to describe ...
This paper discusses the creep behavior of example Sn-rich solders that have become candidates for ...