A finite element approach to the behavior of the itz

APPLIED MECHANICS AND MATERIALS 764, 3-7, 2015

Authors: A Han, S Tudjono

Compressive strength of natural polymer modified mortar with gracilaria sp. and moringa oleifera

PROCEEDINGS OF INTERNATIONAL CONFERENCE ON CONCRETE AND INFRASTRUCTURE 2015 …, 2015

Authors: J Fani, V Talubun, H Hardjasaputra, S Tudjono

Perencanaan struktur gedung kuliah utama fakultas teknik universitas diponegoro semarang

JURNAL KARYA TEKNIK SIPIL 4 (1), 48-55, 2015

Authors: A Hutabarat, AB Praditya, S Tudjono, I Nurhuda

The advantage of natural polymer modified mortar with seaweed: green construction material innovation for sustainable concrete

PROCEDIA ENGINEERING 95, 419-425, 2014

Authors: RMIR Susilorini, H Hardjasaputra, S Tudjono, G Hapsari, SR Wahyu, ...

Compressive strength optimization of natural polymer modified mortar with moringa oleifera in various curing medias

UNIVERSITAS MUHAMMADIYAH SURAKARTA, 2014

Authors: RMI Susilorini, H Hardjasaputra, S Tudjono, Y Kristianto, A Putrama

Experimental study on the potential use of pumice breccia as coarse aggregate in structural lightweight concrete

INTERNATIONAL JOURNAL OF SUSTAINABLE CONSTRUCTION ENGINEERING AND TECHNOLOGY …, 2014

Authors: S Widodo, I Satyarno, S Tudjono

Modelling the relationship of the flexural rigidity factor and reinforcement ratio by numerical simulation

PROCEDIA ENGINEERING 95, 241-251, 2014

Authors: S Tudjono, AS Pamungkas, AL Han

Modelling the tensile behavior of plain concrete under flexural loading

PROCEEDING OF THE 12TH INTERNATIONAL CONFERENCE ON CONCRETE ENGINEERING AND …, 2014

Authors: AL Han, T Sri, SP Aditya

Inovasi beton bajik untuk beton berkelanjutan

LAPORAN AKHIR. HIBAH KOMPETENSI TAHUN PERTAMA, DITLITABMAS, DITJEN DIKTI, 2014

Authors: RMIR Susilorini, H Hardjasaputra, S Tudjono

Studi eksperimental balok beton bertulang bersengkang tertutup tegak dengan penyambung kait dan las

JURNAL KARYA TEKNIK SIPIL 3 (1), 58-65, 2014

Authors: AA Puteri, N Hidayati, S Tudjono, I Nurhuda