Analysis of Weld Joint Strength on Galvanized Material Using Rb-26 Electrode
Analisis Kekuatan Sambungan Las Pada Material Galvanis Menggunakan Elektroda Rb-26
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(1) * M.Rizky Faisal Dermawan Wasiana
Indonesia
(2) Iswanto Iswanto Universitas Muhammadiyah Sidoarjo
Indonesia
(*) Corresponding Author
Abstract
Practical work is a form of education and vocational implementation that is followed by students so that students can work directly in the business world as well as industry or fabrication. Practical work aims to prepare students to become productive human beings and can immediately work in accordance with their respective fields, students can also feel the atmosphere of production and can help deal with some problems- problems experienced by Engineering professionals inside the factory. Therefore, in welding, knowledge must accompany practice, in more detail it can be said that the design of building construction and machines with welded joints, must also be planned about welding methods. This method of inspection, welding material, and type of weld to be used, based on the function of the building parts or machines designed. Based on the definition of DIN (Deutch Industrie Normen) Galvanized Welded Broken Products is the best way to assemble or connect constructions and products made from iron. This welding method is specifically performed for galvanized materials. The iron welding process requires special preparation and skills. Based on the results of fieldwork practices that have been carried out in CV. Sumber Agung Widodo, The process of making panel tables is carried out into several stages, namely the hollow iron cutting, 45-degree galvanized angle cutting, iron plate cutting, elbow iron cutting, splicing by welding, frame painting, and mounting a series of panels to the finished panel table. The materials used are hollow iron, iron plate, elbow iron, iron paint, wheels. The tools used are ac current welding machines, grinders and elbow rulers. Stage
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References
ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. Diss. 021008
Universitas Tridinanti, 2023.
[2] Bowo, F. S. (2023). ANALISA LAJU KOROSI HASIL PENGELASAN
SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT (Doctoral dissertation, 021008 Universitas Tridinanti).
[3] BOWO, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. 2023. PhD Thesis. 021008 Universitas Tridinanti.
[4] Pariyanto, Pariyanto, Achmad Rijanto, and Erly Ekayanti Rosyida. ANALISA PENGELASAN MATERIAL BESI TUANG MENGGUNAKAN ELEKTRODA E 7016, E 7018, DAN G 4107. Diss. Universitas Islam Majapahit, 2023.
[5] Pariyanto, P., Rijanto, A., & Rosyida, E. E. (2023). ANALISA PENGELASAN MATERIAL BESI TUANG MENGGUNAKAN ELEKTRODA E 7016, E 7018, DAN G 4107 (Doctoral dissertation, Universitas Islam Majapahit).
[6] PARIYANTO, Pariyanto, et al. ANALISA PENGELASAN MATERIAL BESI TUANG MENGGUNAKAN ELEKTRODA E 7016, E 7018, DAN G 4107. 2023. PhD Thesis. Universitas Islam Majapahit.
[7] Bowo, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. Diss. 021008 Universitas Tridinanti, 2023.
[8] Bowo, F. S. (2023). ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT (Doctoral dissertation, 021008 Universitas Tridinanti).
[9] BOWO, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. 2023. PhD Thesis. 021008 Universitas Tridinanti.
[10] Nugroho, L. A. (2019). Analisa Laju Korosi Hasil Pengelasan Pada Baja St 37 Dengan Variasi Jenis Elektroda Akibat Pengkorosian Air LauT (Doctoral dissertation, University of Muhammadiyah Malang).[1] Bowo, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS
ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. Diss. 021008
Universitas Tridinanti, 2023.
[2] Bowo, F. S. (2023). ANALISA LAJU KOROSI HASIL PENGELASAN
SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT (Doctoral dissertation, 021008 Universitas Tridinanti).
[3] BOWO, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. 2023. PhD Thesis. 021008 Universitas Tridinanti.
[4] Pariyanto, Pariyanto, Achmad Rijanto, and Erly Ekayanti Rosyida. ANALISA PENGELASAN MATERIAL BESI TUANG MENGGUNAKAN ELEKTRODA E 7016, E 7018, DAN G 4107. Diss. Universitas Islam Majapahit, 2023.
[5] Pariyanto, P., Rijanto, A., & Rosyida, E. E. (2023). ANALISA PENGELASAN MATERIAL BESI TUANG MENGGUNAKAN ELEKTRODA E 7016, E 7018, DAN G 4107 (Doctoral dissertation, Universitas Islam Majapahit).
[6] PARIYANTO, Pariyanto, et al. ANALISA PENGELASAN MATERIAL BESI TUANG MENGGUNAKAN ELEKTRODA E 7016, E 7018, DAN G 4107. 2023. PhD Thesis. Universitas Islam Majapahit.
[7] Bowo, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. Diss. 021008 Universitas Tridinanti, 2023.
[8] Bowo, F. S. (2023). ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT (Doctoral dissertation, 021008 Universitas Tridinanti).
[9] BOWO, Fifit Sumantri. ANALISA LAJU KOROSI HASIL PENGELASAN SMAW PADA BAJA KARBON MENENGAH VARIASI JENIS ELEKTRODA DENGAN MEDIA KOROSI AIR LAUT. 2023. PhD Thesis. 021008 Universitas Tridinanti.
[10] Nugroho, L. A. (2019). Analisa Laju Korosi Hasil Pengelasan Pada Baja St 37 Dengan Variasi Jenis Elektroda Akibat Pengkorosian Air LauT (Doctoral dissertation, University of Muhammadiyah Malang).
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