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Priyono, Pujo
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STUDI KEKUATAN STABILITAS ABUTMENT PADA JALAN TOL PANDAAN – MALANG STA 15 + 916 TERHADAP PENGARUH GEMPA SESUAI DENGAN SNI 2833 – 2016 Heragita, Lilonna Ayu; Priyono, Pujo; Suhartinah, Suhartinah
HEXAGON Vol 3, No 2 (2018): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v3i2.2915

Abstract

Secara struktural jembatan dipisahkan menjadi bangunan atas dan bangunan bawah. Sesuaifungsinya, bangunan bawah jembatan menopang dan meneruskan beban dari bangunan atas jembatan ke lapisan tanah yang kuat dan stabil/solid. Bangunan bawah jembatan terdiri dari abutmen dan pondasi, dimana abutmen bisa juga berfungsi sebagai pondasi jembatan. Metode yang  digunakan  untuk  analisis  kestabilan  abutmen  pada  penelitian  ini  adalah  metode pendekatan berdasarkan SNI 2833 – 2016 gempa jembatan. Kemudian dianalisa kestabilannya dengan syarat harus memenuhi nilai faktor keamanan SF Geser pons Pu, SF Guling 2,5, SF daya dukung borepile Pijin Pmaks. Dari analisis kekuatan stabilitas yang telah dilakukan pada studi kasus ini menyatakan bahwa nilai analisis geser pons menyisakan ratio presentase sebesar  46,82 %, nilai stabilitas guling arah x menyisakan ratio presentase sebesar 7,41 %, dan nilai kekuatan daya dukung bore pile menyisakan ratio presentase sebesar 34,45 %.
TINJAUAN STANDART KESTABILAN TOWER NG STANDAR 30 METER TERHADAP BEBAN GEMPA DINAMIS DENGAN BERBAGAI SITUS KELAS TANAH SESUAI SNI 1726-2012 Sudarmaji, Sigid Bayu; Muhtar, Muhtar; Priyono, Pujo
HEXAGON Vol 5, No 1 (2020): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v5i1.3591

Abstract

The development of world telecommunications is growing very rapidly occur today, requires the telecommunications provider to provide a means of expanding the reach of mobile phone signal and internet signal in the form of 2G, 3G and 4G. With it the necessary means of supporting specialized tower BTS (Base Transceiver Station) to carry the antenna ata certain height.In planning the establishment of the BTS tower. The load effect in the form of self weight live load and wind load. But necessary review of the value of the Twist, Sway, and Displacement due to earthquake loads that occur with a variety of site classes of the soil in the form of rock soil, hard soil, medium soil and soft soil in accordance with SNI 1726-2012. 
EVALUASI KAPASITAS STRUKTUR GEDUNG MEOTEL BY DAFAM JEMBER DENGAN METODE PUSHOVER ANALYSIS Wardhani, Ajeng Safira Kusuma; Priyono, Pujo; Manggala, Adhitya Surya
HEXAGON Vol 3, No 2 (2018): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v3i2.2911

Abstract

Wilayah Indonesia, termasuk daerah rawan bencana, terutama bencana alam geologi, yangdisebabkan karena posisi Indonesia terletak pada pertemuan 3 (tiga) lempeng tektonik dunia. Salah satu bencana alam geologi yang sering terjadi di Indonesia adalah gempa bumi. Gedung Meotel by Dafam Jember layak untuk dianalisis dengan metode pushover analysis karena merupakan  gedung berlantai  banyak  yaitu  10 lantai  sehingga harus memiliki  ketahanan terhadap gempa seiring meningkatnya aktivitas tektonik di Indonesia. Penelitian dilakukan dengan bantuan software SAP2000 v.20.  Melalui kurva ATC-40 tersebut didapatkan nilai target perpindahan dan gaya geser dasar arah X pada titik kontrol tinjauan perfomance point pada permodelan yaitu displacement sebesar 0,075 m dan base shear sebesar 7338,716 kN. Nilai roof drift ratio arah X sebesar 0,1928% masuk pada kategori Immediate Occupancy. Hasil analisa pushover pada struktur Meotel by Dafam Jember menunjukkan kinerja gedung pada level Immediate Occupancy (IO).
EVALUASI KAPASITAS STRUKTUR GEDUNG MEOTEL BY DAFAM JEMBER DENGAN METODE PUSHOVER ANALYSIS Wardhani, Ajeng Safira Kusuma; Priyono, Pujo; Manggala, Adhitiya Surya
HEXAGON Vol 4, No 2 (2019): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v4i2.3563

Abstract

The territory of Indonesia, including areas prone to disasters, especially geological natural disasters, is caused by Indonesia's position located at the confluence of 3 (three) world tectonic plates. One of the geological natural disasters that often occurs in Indonesia is an earthquake. The Meotel by Dafam Jember building deserves to be analyzed by the pushover analysis method because it is a multi-storey building that is 10 floors so it must have earthquakeresistance as tectonic activity increases in Indonesia. The study was conducted with the help of SAP2000 v.20 software. Through the ATC-40 curve, the target value of the displacement target and the base shear force in the X direction at the control point of the performance point in the modelling are displacements of 0.075 m and the base shear of 7338.716 kN. The value of the roof drift ratio X direction of 0.1928% is included in the Immediate Occupancy category. The results of the pushover analysis on the structure of Meotel by Dafam Jember show the performance of the building at the level of Immediate Occupancy (IO).
PENINJAUAN PENGARUH BEBAN GEMPA TERHADAP STRUKTUR ATAS YANG BERINTERAKSI DENGAN TANAH DENGAN JENIS PONDASI SETEMPAT Fajarelia, sinta Dewi; Priyono, Pujo; Alihudien, Arief
HEXAGON Vol 2, No 2 (2017)
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v2i2.1430

Abstract

Indonesia's geological condition has earthquake potential that covers most of its territory. To reduce the risk of disaster, it needs earthquake resistant building construction. Generally in existing calculations, the calculation of earthquake loading that is assigned to the ETABS program or SAP 2000 is the result of manual data input and placed at the center of each floor by assuming the upper and lower structure (foundation) are separate. In fact, the structure and the ground (foundation) become a unity.The study was conducted by analyzing the magnitude of the reaction due to conventional analysis to be equivalent to spring by taking into account the amount of the support settlement.The results of the study showed that the momentary support of the exterior beam interaction analysis (spring) decreased for all floors. While in the field moment the beam of interaction analysis (spring) increased, and at the moment of the pedestal beam interior interaction analysis (spring) increased. Keywords : Consolidation, Impact of earthquake loads on soil, immediate settlement.
PERENCANAAN STRUKTUR ATAS JEMBATAN JALAN RAYA DENGAN KONTRUKSI LENGKUNG DI SUNGAI DISANAH DESA MARPARAN KECAMATAN SRESEH KABUPATEN SAMPANG Qosim, Moh; Priyono, Pujo; Dewi, Ilanka Cahya
HEXAGON Vol 1, No 1 (2016): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v1i1.197

Abstract

Perencanaan jembatan ini menggunakan kontruksi beton bertulang dengan tipe Deck Arch yang mengacu pada RSNI T-02-2005 (peraturan pembebanan untuk jembatan) dan RSNI T-12-2004 (perencanaan struktur beton untuk jembatan). Jembatan yang direncanakan memiliki panjang bentang total sepanjang 160 meter yang terletak pada wilayah gempa zona 2. Permasalahan yang diambil adalah perencanaan elemen-elemen struktur atas. Analisis struktur menggunakan program komputer SAP 2000 V.14. Struktur dimodelkan sebagai open frame tiga dimensi. Perancangan struktur struktur jembatan tersebut meliputi perencanaan pelat, balok memanjang, balok melintang, balok kantilever, tiang railing, kolom, dan balok pelengkung. Perencanaanya meliputi tulangan lentur, geser, torsi dan hubungan balok kolom. Sedang beban yang dianalisis meliputi beban tetap, beban lalulintas, beban gaya rem, beban untuk pejalan kaki, beban pengaruh temperatur, beban angin, dan beban akibat gempa. Dari hasil perancangan, dihasilkan berbagai variasi dimensi dan penulangan untuk masing-masing elemen struktur yang dalam analisis telah memenuhi syarat kekuatan dan keamanan struktur. Untuk pelat lantai kendaraan digunakan pelat dengan tebal 220 mm. Pada balok memanjang di gunakan dimensi 1000 mm x 1200 mm sedangkan balok melintang digunakan dua tipe balok dengan dimensi dan penulangan yang berbeda-beda. Untuk kolom terdiri dari tiga buah tipe dengan dimensi 1000 mm x 1000 mm (K1), 1000 mm x 1500 mm (K2), dan 1000 mm x 2000 mm (K3). Elemen balok pelengkung berdimensi 1000 mm x 1300 mm. Untuk balok kantilever berdimensi 400 mm x 300 mm. Kata Kunci: Jembatan, balok pelengkung, deck arch, beban jembatan.
STUDI PERKUATAN GEOTEXTILE PADA LERENG DENGAN VARIASI KEMIRINGAN DAN JARAK PONDASI DANGKAL MELALUI PEMODELAN DI LABORATORIUM Yodha, Edo Caraka; Alihudien, Arief; Priyono, Pujo
HEXAGON Vol 3, No 2 (2018): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v3i2.2912

Abstract

Indonesia  merupakan  negara dalam  masa  berkembang  pembangunannya  dimana prasaranayang dibangun tidak lepas dari tanah bidang miring atau lereng, seperti pembangunan perumahan dan pembuatan Embankment untuk jalan Tol. Menyikapi kejadian ini penulis melakukan analisa stabilitas lereng dengan dan tanpa perkuatan melalui pemodelan di laboratorium. Ada beberapa jenis perkuatan tanah, salah satunya menggunakan perkuatan Geotextile,   penggunaan  Geotextile  dapat  meningkatkan  stabilitas  lereng.  Penelitian  ini bertujuan untuk mengetahui stabilitas lereng terhadap pengaruh tiga variasi jarak pembebanan pondasi dangkal dan tiga variasi kemiringan lereng. Pengujian dalam penelitian ini dibedakan menjadi  2  macam  model  yaitu:  (1)  Pengujian  Model  I  merupakan  uji  2  variasi  jarak pembebanan dan 3 variasi kemiringan tanah tanpa menggunakan perkuatan Gotextile Woven (2) Pengujian Model II merupakan uji 2 variasi jarak pembebanan dan 3 variasi kemiringan tanah dengan menggunakan perkuatan Gotextile Woven. Di tinjauan dari 3 (tiga) variasi kemiringan, yaitu: 45º, 50º, dan 60º serta 2 (dua) variasi jarak beban yang bekerja pada lereng, yaitu: 4 cm dan 7 cm. Pada pemodelan tanah sebelum diperbaiki menggunakan Geotextile dapat diketahui bahwa semakin kecil sudut kelerengannya, maka daya dukung tanah yang dikorelasikan dengan kekakuan tanah bernilai besar. Sedangkan pada pemodelan tanah sesudah diperbaiki menggunakan Geotextile semakin kecil sudut kelerengannya, maka daya dukung tanah yang dikorelasikan dengan kekakuan tanah bernilai kecil. Pada pemodelan tanah sebelum diperbaiki menggunakan Geotextile dapat diketahui bahwa semakin jauh jarak pembebanan dari bibir lereng, maka daya dukung tanah yang dikorelasikan dengan kekakuan tanah bernilai besar. Sedangkan pada pemodelan tanah sesudah diperbaiki menggunakan Geotextile semakin jauh jarak pembebanan dari bibir lereng, maka daya dukung tanah yang dikorelasikan dengan kekakuan  tanah  bernilai  kecil.  Dapat  di analogikan  bahwa perbaikan tanah  lereng dengan menggunakan Geotextile mempunyai sifat memperkaku tanah yang mana semakin besar sudut kelerengan maka semakin kaku.
TINJAUAN KAPASITAS ABUTMEN JEMBATAN SENGKALING MALANG DENGAN BEBAN GEMPA Apriliani, Nindi Rizki; Priyono, Pujo; Alihudien, Arief
HEXAGON Vol 5, No 1 (2020): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v5i1.3588

Abstract

lower. This obstacle is usually another way such as roads water or ordinary traffic. On planning and bridge work Planning the Structure of the Bottom can not be ignored.Part of the bridge structure is located at the bottom of very decisive for the strength and security of the building thereon.And for a direct link between the structure of the bridge structure under the bridge is the “Abutment” which is included on the structure under the bridge.Abutments of a building that serves to continue the load.Loading code that is used to plan bridge this refers to Indonesian National Standard SNI 1725:2016.The intensity of the earthquake is greatly increased, cause a change in the planning of bridges, the changes contained in the regulation SNI 2833:2016 about planning for earthquake resistance of the bridge. Bridge Sengkaling is a bridge alternative to ease the traffic toward Sengkaling Recreational Park located in Malang, East Java. With a length of28m and a width of 10m this is behind the University of Muhammadiyah Malang.
STUDI PERKUATAN GEOTEXTILE PADA LERENG DENGAN VARIASI KEMIRINGAN DAN JARAK PONDASI DANGKAL MELALUI PEMODELAN DI LABORATORIUM Yodha, Edo Caraka; Alihudien, Arief; Priyono, Pujo
HEXAGON Vol 4, No 2 (2019): HEXAGON
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v4i2.3565

Abstract

Indonesia is a country in a period of growing development where the infrastructure is built not off of the ground inclined plane or slope, such as housing construction and the manufacture of the Embankment to the road Toll. Responding to the incident the author conducted the analysis of stability of slopes with and without reinforcement through modeling in the laboratory. There are several types of soil reinforcement, use reinforcement Geotextile, the use of a Geotextile can increase the stability of the slope. This study aims to determine the stability of the slopes against the influence of the three variations of the distance of loading a shallow foundation and three variations of the slope. Testing in this study are divided into 2 kinds of models, namely: (1) Testing the Model I is test 2 variations of the distance of loading and 3 variations of the slope of the ground without the use of reinforcement Gotextile Woven (2) Testing the Model II is a test of the 2 variations of the distance of loading and 3 variations of the slope of the land with the use of reinforcement Gotextile Woven. In a review of 3 (three) variations of the slope, namely: 45º, 50º, and 60º, as well as 2 (two) variations of the distance of the load acting on the slope, namely: 4 cm and 7 cm. On the modeling of the soil before repaired using Geotextile can be seen that the smaller the angle kelerengannya, then the power capacity of the soil is correlated with soil stiffness is of great value. While the modeling of soil after repaired using Geotextile the smaller the angle kelerengannya, then the power capacity of the soil is correlated with the stiffness of the soil of little value. On the modeling of the soil before repaired using Geotextile can be seen that the farther the distance of loading from the lips of the slopes, then the power capacity of the soil is correlated with soil stiffness is of great value. While the modeling of soil after repaired using Geotextile the greater the distance of loading from the lips of the slopes, then the power capacity of the soil is correlated with the stiffness of the soil of little value. Can in the analogy that the repair of soil slopes using Geotextile has the properties memperkaku the land where the greater the angle of the slope then the more rigid.
STUDI PRESERVASI AKIBAT ADANYA BANGUNAN TOWER DI ATAS GEDUNG C UNIVERSITAS MUHAMMADIYAH JEMBER Isa, Nur Muhammad; Priyono, Pujo; Dewi, Ilanka Cahya
HEXAGON Vol 2, No 2 (2017)
Publisher : Universitas Muhammadiyah Jember

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.32528/hgn.v2i2.1431

Abstract

The increasing demand  for communications technology that is cheap and easy to force mobile phone service providers to improve mobile phone network signals. However given their land crisis that is increasing each year so that the underlying to rise and Rooftop on a building C  at the University of Muhammadiyah Jember. So we need to review the interaction between the buiding and the tower to determine the effect after the addition of the tower load including the effects of an eartquake, because given the muddy located in the earthquake zone to zone 3. This study started from existing data of buildings such as the dimensions of the beam, column and plate proceed  with modelig the structure before and after the existing tower to find out the results of the interactions that occur and the determine changes in the dimensions of comprehensive reinforcement occurs sothat from these data may generate recommendations that will be used to future.The result of this study showed that the effect of the earthquake was the  largest factor affecting the rift, and the final result of the output value of the aplicationthat is used is SAP 2000V14 shows the value of the force in each elementof the structure and k now the strong value of the load that can be carried by the structure of the building.
Co-Authors Abadi, Taufan Aditya Dimas Pratama Amri Gunasti Aprilia, Aura Denis Apriliani, Nindi Rizki Ardiansah, Rizal Ariany, Rizky Arief Alihudien Arief Alihudien, Arief Ekawardani, Naeda Tamara Eko Budi Satoto Fajarelia, sinta Dewi Fiendyo, Haykal H, Prames Aulia Sukma Heragita, Lilonna Ayu Hilmi, Ahmad Iqbal Ilanka Cahya Dewi Ilyasa, Muhammad Indra Nurtjahjaningtyas Irawati Irawati Isa, Nur Muhammad Iskandar Umarie K, Totok Dwi Kusuma, Moch Nur Hadi Mahardika, Savana Duwi Manggala, Adhitiya Surya Manggala, Adhitya Surya Mayanda, Bernicha Dwivani Muhammad Hazmi Muhtar Muhtar N, Yodick Febrian Nanang Saiful Rizal P, Vania Yanuarita P Pratama P., Aldi Nanda Prayogi, Fahrur Qosim, Moh Rahmat Hidayatullah Rajabi, Fahmi Rizqi, Putra Dwi Sudarmaji, Sigid Bayu Suhartinah, Suhartinah Totok Dwi Kuryanto Trikusuma R., Dony Umarie, Winda Islamiyah Wardhani, Ajeng Safira Kusuma Winoto, Ery Prasetyo Hadi Yanuar, Setiyo Ferdi Yodha, Edo Caraka