Auburn University, Department of Mechanical Engineering, NSF Center for Advanced Vehicle and Extreme Environment Electronics (CAVE3), AL 36849, USA;
Prognostics health management; condition monitoring; damage proxies; interrogation of system state; leading indicators; residual life;
机译:振动环境下BGA组件的预测模型开发
机译:BGA焊料凸块的可靠性:莫尔干涉仪评估冲击和振动性能
机译:随机振动载荷下BGA封装的数值模拟和疲劳寿命估算
机译:在冲击和振动负荷下对BGA的风险决策的预测
机译:快速评估振动载荷下的BGA疲劳寿命。
机译:考虑载荷顺序影响的BGA热疲劳寿命预测模型
机译:冲击式加载下的振动响应评估,重点是有限元模型更新