Putika Ashfar Khoiri

civil engineering transportation groundwater river modeling indonésia architecture osaka university rainfall data discharge hydrological model iric nays2dflood transportation system surabaya brantas river earthquake coastal area japan river ibo river ibogawa distributed hydrological model polynomial chaos expansion crown seal joints undersea tunnel japan tunnel yumesaki tunnel flexible joint construction immersed tunnel international program of engineering japan education education xrain jma river hydrological modeling japan automotive japan safety safety senri new town osaka city spatial design grab uber gojek transportasi aplikasi transportasi indonesian transportation transportation in indonesia water quality river basin management watershed management water management water supply river regulation levelized costs of electricity ocean energy halmahera ocean thermal energy renewable energy otec lcoe open-channle flow flooding in indonesia flooding unsteady flow detail design architectural design smart highway system jakarta congestion surabaya old city kalimas river urban planning sungai brantas river management computational fluid dynamics chimera grid cracking concrete structure japan concrete institute energy saving building ice tes water tes thermal energy storage thermal storage structures sni earthquake building indonesia