▪ Hydraulic Engineering
▪ Coastal Engineering
▪ Numerical modeling on river and coastal problems

[Scopus] [Orcid] [GoogleSchoolar] [ResearchGate] [Garuda] [Sinta]

• Damarnegara, S., Wardoyo, W., Perkins, R., & Vincens, E. (2020, February). Computational fluid dynamics (CFD) simulation on the hydraulics of a spillway. In IOP Conference Series: Earth and Environmental Science (Vol. 437, No. 1, p. 012007). IOP Publishing.
• Damarnegara, S., Ali, R. P., & Ansori, M. B. (2019). TRANSCRITICAL FLOW SIMULATION USING SHALLOW WATER EQUATION MODEL. Journal of Civil Engineering, 34(2), 55-60.
• Damarnegara, S., Zhou, L., Perkins, R., & Vincens, E. (2017). “Numerical Simulation of Wave- Induced Scour at The Foot of a Sea Wall”. In: International Short Course and Conference on Applied Coastal Research 2017 Proceeding. No of pages: 12. Santander – Spain.
• Damarnegara, S., Perkins, R., & Vincens, E. (2017). “The Mass Transport Velocity Under Surface Gravity Waves”. In: 12th OpenFOAM Workshop. Exeter – England

▪ Flood and river modeling for GRR Tuban reclamation plan, Engineering Service PT Pertamina (2019)
▪ Flood and river modeling for reclamation plan in Balongan, Engineering Service PT Pertamina (2019)
▪ Physical model test for Wayanof Dam spillway, PT Indrakarya (2019)
▪ Physical model test for Fila Tukutaha Dam spillway, PT Indrakarya (2019)
▪ Coastal modelling of Candrian jetty upgrade, PT BSI (2017)
▪ Coastal modelling of Paseban estuary, PT Adicipta (2017)
▪ Oil spill and ship simulation modeling for land shore base, Inpex Masela (2014)
▪ Damarnegara, S., Wardoyo,

[ PDDIKTI ]

January 2019 – Present
Lecturer
Laboratory of Water Resources and Coastal Engineering, Department of Civil Engineering ITS, Surabaya (Indonesia)
Assigned to teach several subjects regarding hydraulic engineering, such as: Fluid mechanics and hydraulic, River engineering and Coastal engineering.
2013 – 2015
Assistant Lecturer
Laboratory of Hydraulic and Coastal Engineering, Department of Civil Engineering ITS, Surabaya (Indonesia)
Assigned to teach several subjects regarding hydraulics engineering, such as: Fluid mechanics and hydraulics, Hydrology and Coastal Engineering. Also, several general subjects such as: Applied statistics and Computer programming.

Computer Application Modeling platform experience:
▪ OpenFOAM
▪ DELFT3D
▪ HEC-RAS
▪ HEC-HMS
▪ Matlab
▪ Visual Basic .NET