Ahmad Firdhaus, ST, MT

Google Scolar ID

Identitas


Nama Lengkap       : Ahmad Firdhaus, ST, MT   
Jenis Kelamin      : Laki- Laki
Jabatan Fungsional : Pengajar
NIP                : H.7.199602162022041001
NIDN               : -
Ttl                : Semarang, 16 Februari 1996
Email              : ahmadfirdhaus@ft.undip.ac.id
Nomor Telpon/ Hp   : 024 - 76480784
Alamat Kantor      : jl. Prof Soedarto, SH, Tembalang Semarang
Nomor Telpon/ Faks : 024 - 76480784

Riwayat Pendidikan

Sarjana (S-1)
Masa Studi         : 2014-2017
Kampus             : Teknik Perkapalan, Universitas Diponegoro Semarang
Bidang Keahlian    : Ship Design dan Hidrodinamika
Judul Skripsi      : Design of the 15 GT fishing boat uses PVC plumbing with varying
hull shapes and types of fishing gear 
Pembimbing         : Dr.Eng. Deddy Chrismiantoro, ST, MT 

Magister (S-2)
Masa Studi         : 2018-2020
Kampus             : Teknik Produksi Material Kelautan, Institute Teknologi Sepuluh 
                     November Surabaya
Bidang Keahlian    : Ship Design dan Hidrodinamika
Judul Tesis        : Experimental and numerical study of effects of the application of hydrofoil on catamaran ship resistance
Pembimbing         : Prof. Dr. Ir. I Ketut Suastika, M.Sc 

Pengalaman Penelitian

  1. Tugas Akhir (S1) – Perancangan Kapal Ikan 15 Gt Menggunakan  Bahan Pipa Pvc Dengan Variasi Bentuk Lambung Kapal Dan Jenis Alat Tangkap (2016)
  2. Thesis (S2) – Studi Eksperimental Dan Numerik Pengaruh Penggunaan Foil Pada Kapal Katamaran Terhadap Hambatan Kapal (2019)
  3. 2018 Development of Hysucat Ships as an Effective and Efficient Interisland Transportation Mode in Indonesia

Artikel Ilmiah/ Jurnal

  1. 2019, Design comparative of PVC fishing boat with variation of ship hullform and fishing gear type. International Journal of Mechanical Engineering and Technology, 10(1), 1934–1941.
  2. 2019, Experimental and numerical study of ship resistance due to variation of Hull Vane® positioning in the longitudinal direction
  3. 2019, Total resistance analysis on bow form model ulstein X-bow with various angle of flare and stem angle
  4. 2020, Development of catamaran ship design as a hospital facility for handling covid-19 pandemic in indonesian archipelago region. International Journal of Advanced Research in Engineering and Technology (IJARET), 11(11), 373–381.
  5. 2021, Benchmark Study of FINETM/Marine CFD Code for the Calculation of Ship Resistance. Kapal: Jurnal Ilmu Pengetahuan Dan Teknologi Kelautan, 18(2).
  6. 2021, Study of the effect on the addition of anti-slamming bulbous bow to total resistance in tugging supply vessel using CFD
  7. 2021, Analysis of the effect of hull vane on ship resistance using CFD methods

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