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Materials - Characterization & Evaluation of Materials | Solder Joint Reliability Assessment - Finite Element Simulation Methodology

Solder Joint Reliability Assessment

Finite Element Simulation Methodology

Tamin, Mohd N., Shaffiar, Norhashimah M.

2014, XIII, 174 p. 119 illus., 55 illus. in color.

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  • Presents a systematic approach in performing reliability assessment
  • Emphazises accurate quantitative assessment through basic understanding of the mechanics of materials
  • The presented simulation methodology is readily applicable to numerous problems
This book presents a systematic approach in performing reliability assessment of solder joints using Finite Element (FE) simulation. Essential requirements for FE modelling of an electronic package or a single reflowed solder joint subjected to reliability test conditions are elaborated. These cover assumptions considered for a simplified physical model, FE model geometry development, constitutive models for solder joints and aspects of FE model validation. Fundamentals of the mechanics of solder material are adequately reviewed in relation to FE formulations. Concept of damage is introduced along with deliberation of cohesive zone model and continuum damage model for simulation of solder/IMC interface and bulk solder joint failure, respectively. Applications of the deliberated methodology to selected problems in assessing reliability of solder joints are demonstrated.  These industry-defined research-based problems include solder reflow cooling, temperature cycling and mechanical fatigue of a BGA package, JEDEC board-level drop test and mechanisms of solder joint fatigue. Emphasis is placed on accurate quantitative assessment of solder joint reliability through basic understanding of the mechanics of materials as interpreted from results of FE simulations. The FE simulation methodology is readily applicable to numerous other problems in mechanics of materials and structures.

Content Level » Research

Keywords » Ball Grid Array BGA - Cohesive Zone Model - Continuum Damage Model - Damage Mechanics - Fatigue Life Prediction - Numerical Experiment Framework - Temperature Cycles - Unified Inelastic Strain Model

Related subjects » Characterization & Evaluation of Materials - Mechanics - Production & Process Engineering

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