Items where Author is "Dani, Hanny Juliani"

Book Section

Pattipawaej, Olga Catherina and Dani, Hanny Juliani (2017) Modeling Two-Dimensional Rubble Mound Breakwater Using Dolos at Armor Layer and Geotube at the Core Layer. In: Civil, Architecture and Environmental Engineering. Taylor & Francis Group, pp. 167-175. ISBN 978-1-138-06583-3

Conference or Workshop Item

Tallar, Robby Yussac and Dani, Hanny Juliani and Wiyono, Daud Rahmat and Saputra, Yonathan Adi and Joelin, Gerard Christian (2023) Experimental Study of Secondary Energy Losses in Smooth Pipes. In: 2nd International Conference on Applied Sciences, Education and Technology: “Entering Society 5.0: Transformation and Efforts”, 1-2 Agustus 2023, Surabaya.

Pattipawaej, Olga Catherina and Dani, Hanny Juliani and Tallar, Robby Yussac and Sawlani, Arjuna Indra (2016) Coastal Vulnerability Assessment and Coastal Management (Case Study: Lontar’s Coastal Area in Serang, Banten Province, Indonesia). In: 12th International Conference on Hydroscience & Engineering, November 6-10, 2016, Tainan.

Pattipawaej, Olga Catherina and Dani, Hanny Juliani (2016) Two-Dimensional Submerged Rubble-Mound Breakwater Model using Tetrapod at Armor Layer. In: International Conference on Technology, Innovation, and Society (ICTIS) 2016, 20-21 July 2016, Padang.

Pattipawaej, Olga Catherina and Dani, Hanny Juliani and Samskerta, I. Putu (2015) Two-Dimensional Rubble-Mound Breakwater Model Using Tetrapod at Armor Layer and Geotube at Core Layer. In: International Conference on Science, Technology, and Humanity 2015, 2015, Solo.

Pattipawaej, Olga Catherina and Dani, Hanny Juliani (2014) Evaluation of Coastal Vulnerability Assessment and Coastal Management for Karangantu Coastal Area in Banten Indonesia. In: The International Conference on Environmentally Friendly Civil Engineering Construction and Materials, 13-14 November 2014, Manado.

Pattipawaej, Olga Catherina and Tanamal, Kanjalia T. and Desiani, Asriwiyanti and Dani, Hanny Juliani (2013) Stability Analysis of Gabion Crushed Rock as A Coastal Protection Structure due to Sea Level Rise using Two Dimensional Physical Model. In: 4th International Conference of EACEF (European Asian Civil Engineering Forum), June 26-28, 2013, Singapore.