Search engine for discovering works of Art, research articles, and books related to Art and Culture
Javascript must be enabled to continue!
Research on Creep Properties of Sn2.5Ag0.7CuXRE Lead-Free Soldered Joints for Surface Mount Technology
View through CrossRef
Creep property of solder alloys is one of the important factors to effect the reliability of
surface mount technology (SMT) soldered joints. The creep behavior and its rupture life of
Sn2.5Ag0.7CuXRE lead-free soldered joints were separately investigated and predicted under
constant temperature by a single shear lap creep specimen with a 1mm2 cross sectional area and
finite element method (FEM) in this paper. Results show that the creep property of
Sn2.5Ag0.7Cu0.1RE is superior to that of the commercial employed lead-free solder Sn3.8Ag0.7Cu
and the creep rupture life of its soldered joints is 8.4 times more than that of Sn2.5Ag0.7Cu solder.
The creep rupture life of Sn2.5Ag0.7CuXRE lead-free soldered joints indirectly predicted by FEM
is better in accord with that of actual testing results, which are important to design the reliability of
lead-free soldered joints for SMT.
Trans Tech Publications, Ltd.
Title: Research on Creep Properties of Sn2.5Ag0.7CuXRE Lead-Free Soldered Joints for Surface Mount Technology
Description:
Creep property of solder alloys is one of the important factors to effect the reliability of
surface mount technology (SMT) soldered joints.
The creep behavior and its rupture life of
Sn2.
5Ag0.
7CuXRE lead-free soldered joints were separately investigated and predicted under
constant temperature by a single shear lap creep specimen with a 1mm2 cross sectional area and
finite element method (FEM) in this paper.
Results show that the creep property of
Sn2.
5Ag0.
7Cu0.
1RE is superior to that of the commercial employed lead-free solder Sn3.
8Ag0.
7Cu
and the creep rupture life of its soldered joints is 8.
4 times more than that of Sn2.
5Ag0.
7Cu solder.
The creep rupture life of Sn2.
5Ag0.
7CuXRE lead-free soldered joints indirectly predicted by FEM
is better in accord with that of actual testing results, which are important to design the reliability of
lead-free soldered joints for SMT.
Related Results
The compressive creep of rockfill
The compressive creep of rockfill
Abstract
Multistage constant stress rates loading-creep tests were carried out on air-dried slate rockfill. The influences of the loading history on the creep deformation o...
Buckling Analysis in Creep Conditions: Review and Comparison
Buckling Analysis in Creep Conditions: Review and Comparison
In the case of structures operating at high temperature in normal or accidental conditions, the influence of creep has to be considered at the design stage because this phenomenon ...
Evaluation of creep behavior of geosynthetics using accelerated and conventional methods
Evaluation of creep behavior of geosynthetics using accelerated and conventional methods
Geosynthetics are susceptible to creep, which leads to time-dependent strains and potentially induces deformation of the structural systems. In the design of geosynthetics, one of ...
Identifying 2000 small and large creep events on the San Andreas Fault.
Identifying 2000 small and large creep events on the San Andreas Fault.
<p>The San Andreas fault has been observed to creep at the surface along the 175km section between San Juan Bautista and Cholame (Titus et al., 2011). This section is...
Decomposition of Rock Deformation During Proppant Embedment
Decomposition of Rock Deformation During Proppant Embedment
ABSTRACT:
The deep-formation rock has various deformation modes such as viscosity, elasticity and plasticity under the action of complex geo-stress, high temperat...
A Fractional Order Creep Damage Model for Microbially Improved Expansive Soils
A Fractional Order Creep Damage Model for Microbially Improved Expansive Soils
Microbial Induced Calcite Precipitation method was used to improve the expansive soils of Nanning, Guangxi. The nonlinear shear creep behavior of microbially improved expansive soi...
The Effect of Different Clay Contents on the Creep Characteristics of Calcareous Sand
The Effect of Different Clay Contents on the Creep Characteristics of Calcareous Sand
AbstractThe geotechnical characteristics of calcareous sand are intrinsically linked to the development and execution of island and reef construction projects. During the reclamati...
Compressive Creep Behavior of Cellulose Fiber Reinforced Concrete
Compressive Creep Behavior of Cellulose Fiber Reinforced Concrete
Abstract
The effect of cellulose fiber on the long-term compressive creep performance of concrete was clarified. For this, the long-term compressive creep properties...