Email: triyogi@me.its.ac.id
Department: D. Teknik Mesin
Faculty: Fakultas Teknologi Industri dan Rekayasa Sistem
Affiliations
D. Matematika
D. Teknik Instrumentasi
D. Teknik Mesin
D. Teknik Sistem dan Industri
D. Teknik Fisika
EXPERT MAP
Publications
CONFERENCES
Scopus
10
JOURNALS
12
BOOKS
0
RESEARCHS
11
PATENTS
SOCIAL RESPONSIBILITIES
1.
2018 : Numerical simulation of cross flow around four circular cylinders in an in-line square configuration with the critical spacing ratio “L/D” near a plane wall
2.
2018 : Reduction of Cdin circular cylinder using two passive control at Re= 1000 and 5000
3.
2018 : Numerical investigation of the flow around circular cylinder with two passive controls
4.
2018 : Numerical simulation of cross flow around four circular cylinders in an in-line square configuration with the critical spacing ratio "l/D" near a plane wall
5.
2018 : Numerical study on the effect of width of single curtain on the performance of Savonius wind turbine
6.
2018 : The effect of width of single curtain on the performance of Savonius wind turbine
7.
2018 : Numerical simulation of cross-flow around four circular cylinders in-line square configuration near a plane wall at supercritical Reynolds number
8.
2017 : The effectiveness of passive control to reduce the drag coefficient
9.
2017 : The Influence of distance between passive control and circular cylinder on wake
10.
2014 : Flow characteristics around four circular cylinders in equispaced arrangement near a plane wall
2009 : Reducing the drag on a circular cylinder by upstream installation of an I-type bluff body as passive control
2019 : The Effect of Inner Fan Blade Angle to The Ventilation Rate of The Turbine Ventilator
2018 : REDUCING THE DRAG ON A CIRCULAR CYLINDER BY UPSTREAM INSTALLATION OF CYLINDER TYPE-I AND DOWNSTREAM INSTALLATION OF ELLIPSE CYLINDER
2018 : Reduction of Cd in circular cylinder using two passive control at Re= 1000 and 5000
2018 : Mathematical Modeling of Drag Coefficient Reduction in Circular Cylinder Using Two Passive Controls at Re= 1000
2016 : Numerical simulation of cross-flow around four circular cylinders in-line square configuration near a plane wall
2016 : Numerical study of flow characteristics around an I-type cylinder 53° near a plane wall
2016 : Structural design optimization of vertical axis wind turbine type darrieus-savonius
2015 : Flow Around Two Side-by-side Circular Cylinders with Intermediate Spaced Near a Plane Wall
11.
2013 : Numerical simulation of fluid flow around circular and I-shape cylinder in a tandem configuration
2020 : Tri Yogi Yuwono, Studi Eksperimental Pengaruh Silinder Sirkular di Depan Returning Blade Terhadap Kinerja Savonius Low Current Water Turbine
2019 : Rancang bangun Sistem Kontrol Motor Listrik Axial 20 KW dan Integrated Vihicle Computer (IVC Untuk diaplikasikan pada Mobil FIN KOMODO)
2019 : Fabrikasi dan Assembly GESITS Untuk Keperluan Uji Kondisi Ekstrim, Uji Tipe dan Uji Fungsi
2019 : Tri Yogi Yuwono, Studi Eksperimental Pengaruh Silinder Sirkular di Depan Returning Blade Terhadap Kinerja Savonius Low Current Water Turbine
2018 : Tri Yogi Yuwono, Rancang Rancang Bangun Turbin Air Savonius Menggunakan Silinder Pengganggu Di depan Sudu Returning Untuk Meningkatkan Kinerja TurbinTurbin Air Savonius Menggunakan Silinder Pengganggu Di depan Sudu Returning Untuk Meningkatkan Kinerja Turbin
2018 : Tri Yogi Yuwono, Studi Eksperimental tentang Pengaruh Pemasangan Silinder Sirkuler Teriris sebagai Pasif Control di Depan Sudu Returning Turbin Angin Savonius terhadap Kinerja Turbin
2018 : Penurunan Koefisien Hambat pada Silinder Sirkuler Akibat Pengontrol Pasif
2017 : Tri Yogi Yuwono, Studi Eksperimental tentang Pengaruh Pemasangan Plat Pengganggu sebagai Pasif Control di Depan Sudu Returning Turbin Savonius terhadap Kinerja Turbin
2016 : Tri Yogi Yuwono, Studi Eksperimental tentang Pengaruh Pemasangan Silinder Sirkuler sebagai Pasif Control di Depan Sudu Returning Turbin Savonius terhadap Kinerja Turbin\n
2016 : RANCANG BANGUN SISTEM ENERGI DENGAN VERTICAL AXIS WIND TURBINE KAPASITAS 500 W UNTUK PENERANGAN DI JEMBATAN SURAMADU
2015 : RANCANG BANGUN SISTEM ENERGI DENGAN VERTICAL AXIS WIND TURBINE KAPASITAS 500 W UNTUK PENERANGAN DI JEMBATAN SURAMADU
2020 : IMPROVEMENT DAN OPTIMALISASI TURBIN ANGIN PADA PERALATAN AERRASI PERIKANAN TAMBAK DI WILAYAH SURABAYA TIMUR
2019 : Penguatan Kemampuan IKM Komponen Otomotif Pasindo PasuruanMelalui Penyediaan Marketplace “otomotif-its[dot]com� dan Pelatihan Teknik Reverse Engineering
2019 : PELATIHAN KETRAMPILAN LAS LISTRIK UNTUK MASYARAKAT SEKITAR KAMPUS ITS
2018 : PELATIHAN DASAR-DASAR OTOMOTIF DAN SERVIS GRATIS KENDARAAN RODA DUA UNTUK MASYARAKAT SEKITAR KAMPUS ITS
