Pengaruh Metode Pencelupan Terhadap Transformasi Fasa dan Kekerasan Cu-26,5-3,7Mn (%Atomik) untuk Aplikasi Paduan Ingat Bentuk = The Effect of Quenching Methods on Phase Transformation and Hardness of Cu-26.5Al-3.7Mn (at. %) for Shape Memory Application

Pengaruh Metode Pencelupan Terhadap Transformasi Martensit dan Sifat Ingat Bentuk Paduan Cu-24.12Al-3.13Mn (% Atomik) = Effect of Quenching Method on Martensite Phase Transformation and Shape Memory Properties of Cu-24.12-3.13Mn alloy (% Atomic)

Pengaruh metode pencelupan terhadap transformasi fasa martensitik dan sifat ingat bentuk paduan Cu-25,8Zn-4,8Al wt.% = Effect of quenching method on martensitic phase transformation and shape memory effect of Cu-25,8Zn-4,8Al wt.% Alloy

Pengaruh Metode Pencelupan terhadap Transformasi Fasa dan Sifat Mekanik Paduan Ingat Bentuk Cu-22,31Al-5,3Mn (Persen Atomik) = Effect of Quenching Method on Phase Transformation and Mechanical Properties of Cu-22,31Al-5,3Mn (Atomic Percent) Shape Memory Alloy

Extreme Gradient Boosting Machine Learning Modelling of Martensite Start Temperature of Cu-Al-Mn Shape Memory Alloys and The Influence of Quenching Methods on the Phase Transformation of Cu-26.24Al-7.77Mn (at. %) Alloy = Pembelajaran Mesin Extreme Gradient Boosting Dalam Pemodelan Suhu Transformasi Martensite Start Paduan Ingat Bentuk Cu-Al-Mn dan Pengaruh Metode Pencelupan Terhadap Transformasi Fasa Paduan Cu-26,24Al-7,77Mn (at. %)