This project is focused on utilization of creep-fatigue models for estimate of reliability lead-free solder joints. It describes basic groups of creep-fatigue models, their usage for estimate of reliability solder joint, advantages and disadvantages. There are discusssed properties of single models, which are on different base. Purpose of this project is find optimal creep-fatigue model for lead-free solder and devise a test structure to which the model will be verified. Results are compared with theoretical calculations
Even at room temperature, solder joints exhibit both creep and fatigue behavior that is strongly dep...
With the continued miniaturisation of electronics equipment, a more detailed examination of the mech...
People’s living today is much enriched by electronic products: computers, mobile phones, LCD TVs, di...
This project is focused on utilization of creep-fatigue models for estimate of reliability lead-free...
The doctoral thesis is focused on reliability of lead-free solder SAC 305. Knowledge in the field of...
This investigation looked at the effect of temperature fluctuations on a number of solders used for ...
This bachelor's thesis deals with reliability prediction of lead-free solder joint. Background resea...
A solder interconnect fatigue life model was developed by Werner Engelmaier in the early 1980s as an...
The work in this thesis investigates modelling methods to predict the reliability of solder joints u...
International audiencePurpose – The aim of this work is the use of specially designed, authoring dev...
Solder fatigue phenomena on lead-free solder joints have been subject of numerous studies. In most c...
This article deals with the sphere of solder joints reliability and narrower focus is using simulati...
In this study, the fatigue performance of solder joints in four point bending test was evaluated by ...
Background: Creep-fatigue phenomena are complex and difficult to model in ways that are useful from ...
This paper describes creep-fatigue lives of Sn-3.5Ag lead-free solder at low temperatures. Since sol...
Even at room temperature, solder joints exhibit both creep and fatigue behavior that is strongly dep...
With the continued miniaturisation of electronics equipment, a more detailed examination of the mech...
People’s living today is much enriched by electronic products: computers, mobile phones, LCD TVs, di...
This project is focused on utilization of creep-fatigue models for estimate of reliability lead-free...
The doctoral thesis is focused on reliability of lead-free solder SAC 305. Knowledge in the field of...
This investigation looked at the effect of temperature fluctuations on a number of solders used for ...
This bachelor's thesis deals with reliability prediction of lead-free solder joint. Background resea...
A solder interconnect fatigue life model was developed by Werner Engelmaier in the early 1980s as an...
The work in this thesis investigates modelling methods to predict the reliability of solder joints u...
International audiencePurpose – The aim of this work is the use of specially designed, authoring dev...
Solder fatigue phenomena on lead-free solder joints have been subject of numerous studies. In most c...
This article deals with the sphere of solder joints reliability and narrower focus is using simulati...
In this study, the fatigue performance of solder joints in four point bending test was evaluated by ...
Background: Creep-fatigue phenomena are complex and difficult to model in ways that are useful from ...
This paper describes creep-fatigue lives of Sn-3.5Ag lead-free solder at low temperatures. Since sol...
Even at room temperature, solder joints exhibit both creep and fatigue behavior that is strongly dep...
With the continued miniaturisation of electronics equipment, a more detailed examination of the mech...
People’s living today is much enriched by electronic products: computers, mobile phones, LCD TVs, di...