本篇論文將碳纖維含浸混有不同含量奈米碳管的環氧樹脂進行疊層，製造出奈米碳管/碳纖維/環氧樹脂複合材料積層板試片，並對製程參數、模具以及材料配方進行研究，其結果確實可以增加製程效率，並且減少資源浪費達到絕佳的環保效益。
為了探討機械性質的效應，本文對試片進行不同孔距的雙孔洞加工，並且以不同之奈米碳管含量為變數，測量其靜態及動態機械強度的變化。實驗發現奈米碳管在靜態拉伸部分補強有限，而動態拉伸疲勞測試中，對未鑽孔以及鑽雙孔之試片都有絕佳的補強效應，而此補強效應會隨著鑽雙孔以及雙孔孔距的接近而下降，因為應力集中效應會使得材料的微小不均勻度及微小團聚被放大。但奈米碳管補強效應仍是顯而易見的。
此外，討論修補系統，使用自行研製調配黏著劑以及修補片對試片進行疲勞裂縫的修補。在實驗所設計黏著劑、修補片以及被修補試片同質性極高的前提下，得到了明顯的修補效應。
最後，以高解析單眼相機與SEM對破壞面進行拍攝，證實了奈米碳管對於碳纖維/樹脂介面的補強效應，並且此效應在介面脫層主導的動態疲勞測試中即發揮了極佳的作用。

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