文章信息/Info

Title:

Quantitative Evaluation on Interface Bonding of Layered Materials with Thin Cladding Layer

作者:

李 龍; 周德敬

銀邦金屬復合材料股份有限公司 江蘇省金屬層狀復合材料重點實驗室

Author(s):

LI Long;  ZHOU Dejing

Yin Bang Clad Material Co.,Ltd., Jiangsu Province Key Laboratory for Clad Materials

關鍵詞:

層狀復合材料; 薄復層; 界面結合; 定量評價方法

DOI:

10.7502/j.issn.1674-3962.2016.11.08

文獻標志碼:

A

摘要:

主要針對復層厚度較薄的（如小于0��5 mm）的層狀復合材料界面結合的定量評價實驗方法進行了回顧和總結，評述了各種方法的優缺點并分析了各種方法的適用條件和應用范圍。隨著計算機技術水平的不斷提高，有限元數值模擬技術在層狀復合材料結合性能的評價分析中起到了越來越重要的指導作用。隨著人們對層狀復合材料界面結合認識的逐漸深入以及新的分析評價技術手段的不斷涌現，層狀復合材料界面結合性能檢測的精度將不斷提高，理論模型會不斷完善，層狀復合材料界面結合的評價也會逐漸向定量準確、容易解析、無損檢測、易于實現自動化和標準化的方向發展。

Abstract:

This paper briefly offers various methods of quantitatively evaluating the bonding quality of layered materials with cladding layer thickness less than 0��5 mm. Each evaluation method has its advantage, disadvantage and applicable conditions and scopes. As the continuous improvement of computer technology, finite element numerical simulation technology has played a more and more important role in analysis of evaluating interface bonding of layered materials. With the deepening understanding of interface and along with the advance of other technologies, testing accuracy and theoretical models will continuously be improved. In the future, the interface bonding evaluation will gradually move forward to quantitative,nondestructive, easy to realize automation and standardization direction.