Claim Missing Document
Check
Articles

Found 1 Documents
Search
Journal : UPMI Proceeding Series Journal

EFFECT OF A MIXTURE OF PORTLAND CEMENT 1 AND VOLCANIC ASH AS A STABILIZING MATERIAL ON SOIL CLAY WITH UCT TEST: PENGARUH CAMPURAN SEMEN PORTLAND 1 DAN ABU VULKANIK SEBAGAI BAHAN STABILISASI PADA TANAH LEMPUNG DENGAN UJI UCT Daniel
UPMI Proceeding Series Vol. 1 No. 01 (2023): Ed.01
Publisher : LPPM UPMI

Show Abstract | Download Original | Original Source | Check in Google Scholar | DOI: 10.55751/ups.v1i01.189

Abstract

This research aims to determine the effect of a mixture of Portland cement 1 and volcanic ash as a stabilization material on clay soil using the Uct test. This research was carried out on soil samples that were not given stabilization materials (original soil) and on soil that was given chemical stabilization materials in the form of the addition of Portland Cement (PC) and Volcanic Mountain Ash (AGV) in various mixtures. The preparation of test objects is divided into several types according to each test with a fixed cement and ash content for all tests. The soil used is soil that has been filtered with sieve No. 40. Then the soil is weighed at 500 grams for one test object and put in plastic. After all the data is obtained from both physical and mechanical properties testing, data collection is then carried out. After the data is collected, data analysis is carried out. All results obtained from conducting research will be displayed in the form of tables, relationship graphs and explanations. From the experimental results, the soil compressive strength value for the original soil was 1.34 kg/cm2, while for the remoulded soil it was 0.51 kg/cm2. Figure 4.12 shows a comparison of the compressive strength values ​​of soil (qu) with the addition of 2% PC with varying levels of AGV addition. From the experimental results at levels of 2% - 24% AGV experienced an increase in the compressive strength value of the soil. This increase in soil compressive strength is due to the absorption of water by cement and ion exchange reactions which form calcium silicate and calcium aluminate which results in increased soil strength.
Co-Authors Abdul Hakim Abyadi, Syaidil Ahmad, Akiruddin AKHMAD Aloysius Hardoko Andrian, Nopy Andriyanto Adhi Nugroho Anlovsky Antonius Felix Aqil Juniardi, Muhammad Ardian, Muhammad Fadhil Aribowo, Nanang Bagaskara, Muhammad Fadhil Baros, Wan Aisyah Chairul Saleh Chairyatna, Muhammad Yanri Citra Jaya Dedy Dewi Anggraeni, Poppy Dhanalvin, Erzhan Dian Mohamad Anwar Djihan Ryn Pratiwi, Djihan Ryn Efna, Desi Elkarima, Naseha Elsje Theodora Maasawet Eva Marliana, Eva Eva, Kemistia Firdaus Hafidz As Shidieq Hadi Wiyono Hairani, Rita Handoko Handoko, Melyani Harlyn L. Siagian Harman Malau Herliani Indra Masmur Isyana Emita Iwan Ramadhan Jehuman, Engelina Suryawaty Juan Matthew Karsten Khosihan, Aan Kusila, Gilbert Renardi Lasih Lelunu, Sapta Lisma Evareny, Mohammad Hakimi, Retna Siwi Padmawati Magdaleni, Agustina Rahayu Makrina Tindangen Maria Angela Siokalang Masmur, Hestina Miftahir Rizqa Muammar Khaddafi Muhammad Agus Hardiansyah Muhammad Fauzan Azhmy Nadhira, Farrasila Negara, Revolusi Shandi Nurhamdi, Muhamad Oktavia, Ayunda Olivia, Nia Ongkowiguno, Cheryl Michaeli Ongkowiguno, Cheryl Michaelia Prajnawita, Disny Pratama, Ichsan Purba, Nelvitia Putri , Kesia Rosalina Putri, Fareta Angelica Ichwana Rachim, Muhammad Hafidz Rafik, Ahamd Rahadjeng , Indra Riyana Ramadhani, Dwi Aryanti Rambitan, Vandalita M. M. Ratnady, Hendita Dyah Renaldo Marsal Revelino, Dedy Rickiany, Liza Ritson Purba, Ritson Rizkiana Karmelia Shaura Rizkianti, Wardani Rizky Adi Nugraha Rosalia, Alderina Ruga, Ritbey Saibun Sitorus Sangalang, Indrabakti Sarto Saskia Saut, Benjamin Simanjuntak, Nova Lady Steven Jonathan Salim Subur P Pasaribu Sulistiawati Suriyanisa Sylvia Wahyu Indrarti Yusak Hudiyono, Yusak