Adika Fawaz Safitra, author
Pengaruh posisi pengelasan chain straight dan zig-zag terhadap kekuatan produk struktur ringan longitudinal square honeycomb corrugated core sandwich panels pada pengelasan two-stage refilled micro friction stir spot welding (tfssw) = Effect of welding position at chain straight and zig-zag position on strength of lightweight structure longitudinal square honeycomb corrugated core sandwich panels product at two-stage refilled micro friction stir spot welding (tfssw)
2019
 UI - Skripsi Membership
Giandra Ahmadira Syahri, author
Pengaruh diameter tip elektroda dan posisi pengelasan chain straight dan zig-zag terhadap kekuatan produk struktur ringan longitudinal square honeycomb corrugated core sandwich panels pada pengelasan Micro Resistance Spot Welding (mRSW) = Effect of electrode tip diameter and chain straight and zig-zag welding pattern on strength of lightweight structure product longitudinal square honeycomb corrugated core sandwich panels with Micro Resistance Spot Welding (mRSW)
Fakultas Teknik Universitas Indonesia, 2019
 UI - Skripsi Membership
Abdi Mustaqim, author
Pengaruh diameter pin dan posisi pengelasan lurus dan zigzag terhadap kekuatan produk struktur ringan longitudinal square honeycomb corrugated core sandwich panels = Influence of pin diameter and welding position at straight and zig zag position on strength of lightweight structure product longitudinal square honeycomb corrugated core sandwich panels
2016
 UI - Skripsi Membership
Abdul Rahman, author
Pengembangan proses micro friction stir welding (mFSW) untuk produk struktur ringan longitudinal square honeycomb corrugated core sandwich panels = Development of micro friction stir welding process for lightweight structure of longitudinal square honeycomb corrugated core sandwich panels
2016
 UI - Skripsi Membership
Muhammad Andre Widianto, author
Pengaruh diameter pin dan dwell time tahap kedua terhadap kekuatan geser pada pelat tipis alumunium aa 1100 dengan pengelasan two-stage refilled micro friction stir spot welding (TFSSW) = Effect of tool diameter and second stage dwell time to shear strength on two-stage refilled friction stir spot welding (TFSSW) of thin plate alumunium aa 1100
2017
 UI - Skripsi Membership
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