Institut Teknologi Sumatera

Dari sumber gempa sampai dinding penahan, dalam satu rangkaian From the earthquake source to the retaining wall, in one suite

IGSS adalah rangkaian perangkat lunak rekayasa geoteknik dan kegempaan untuk praktik di Indonesia. SITERA menghitung bahaya gempa dan respons situs; GEOTERA merancang struktur tanah yang menerimanya. Keduanya memakai standar yang sama dan saling menyambung. IGSS is a suite of geotechnical and earthquake engineering software for Indonesian practice. SITERA computes seismic hazard and site response; GEOTERA designs the earth structures that receive it. Both follow the same standards and feed into each other.

Unduh perangkat lunakDownload software Lihat produkExplore products

SITERA Seismic Hazard tab with the PuSGeN 2024 bedrock PGA basemap and M-R deaggregation output — SITERA **Bahaya seismik & deagregasiSeismic hazard & deaggregation** PSHA PuSGeN 2024, deagregasi M–R, dan gempa pengendali. PuSGeN 2024 PSHA, M–R deaggregation, and the controlling earthquake.

SITERA amplification uncertainty result with geometric median and 16 to 84 percent band — SITERA **Ketidakpastian amplifikasiAmplification uncertainty** Median geometrik, pita 16–84 %, dan penguraian σ per periode. Geometric median, the 16–84 % band, and per-period σ decomposition.

SITERA two-dimensional and topographic site response analysis page — SITERA **Analisis 2D & topografi2D & topographic analysis** Efek lembah dan kemiringan permukaan dari bore log. Valley and surface-slope effects built from bore logs.

GEOTERA slope stability page with the critical slip surface and factor of safety values — GEOTERA **Stabilitas lerengSlope stability** Fellenius, Bishop, dan pseudo-statik dengan kriteria FK SNI 8460. Fellenius, Bishop, and pseudo-static against SNI 8460 FS criteria.

GEOTERA shallow foundation page showing bearing capacity and the plastic finite element mesh — GEOTERA **Pondasi dangkal & FEMShallow foundation & FEM** Daya dukung, penurunan, dan jala elemen hingga plastis opsional. Bearing capacity, settlement, and an optional plastic finite element mesh.

GEOTERA cantilever retaining wall page with layered soil and stability checks — GEOTERA **Dinding penahan tanahRetaining wall design** Guling, geser, daya dukung, dan seismik Mononobe-Okabe. Overturning, sliding, bearing capacity, and Mononobe-Okabe seismic.

IGSS

Satu rangkaian untuk pekerjaan geoteknik kegempaan Indonesia One suite for Indonesian geotechnical earthquake engineering

Pekerjaan geoteknik di wilayah gempa menempuh rantai panjang: menentukan bahaya di batuan dasar, membawanya ke permukaan melalui profil tanah, lalu memakai hasilnya untuk merancang lereng, dinding penahan, dan pondasi. IGSS menyediakan seluruh rantai itu dalam satu rangkaian yang konsisten. Geotechnical work in seismic regions follows a long chain: establish the hazard at bedrock, carry it to the surface through the soil profile, then use the result to design slopes, retaining walls, and foundations. IGSS covers that entire chain in one consistent suite.

Dibangun untuk standar Indonesia Built for Indonesian standards

SNI 1726 dan Peta Sumber & Bahaya Gempa Indonesia 2024 (PuSGeN) untuk sisi kegempaan; SNI 8460:2017 dan SNI 2847:2019 untuk sisi geoteknik dan beton. SNI 1726 and the 2024 Indonesian Seismic Source and Hazard Map (PuSGeN) on the earthquake side; SNI 8460:2017 and SNI 2847:2019 on the geotechnical and concrete side.

Berjalan penuh di komputer sendiri Runs entirely on your own machine

Seluruh perhitungan berjalan luring, dan berkas proyek Anda tidak pernah diunggah ke mana pun. Tidak ada telemetri dan tidak ada pemeriksaan pembaruan otomatis. Beberapa fitur SITERA memang mengambil data dari internet saat Anda memakainya — peta dasar OpenStreetMap dan unduhan rekaman dari USGS, FDSN, atau GeoNet. GEOTERA tidak mengakses jaringan sama sekali. All computation runs offline, and your project files are never uploaded anywhere. There is no telemetry and no automatic update check. A few SITERA features do reach the internet when you use them — OpenStreetMap basemap tiles and record downloads from USGS, FDSN, or GeoNet. GEOTERA makes no network access at all.

Hasil yang dapat diserahkan dan diperiksa Results you can hand over and review

Laporan DOCX dan PDF dengan gambar dan tabel bernomor, workbook Excel tanpa macro yang rumusnya dapat ditelusuri sel demi sel, dan penampang DXF untuk diteruskan ke CAD. Keluarannya siap masuk ke dokumen perencanaan. DOCX and PDF reports with numbered figures and tables, macro-free Excel workbooks whose formulas can be traced cell by cell, and DXF sections to pass on to CAD. The output is ready to go straight into design documents.

Untuk perencana, peneliti, dan pengajar For practitioners, researchers, and teachers

Dipakai pada pekerjaan konsultansi geoteknik, penelitian respons situs dan mitigasi bencana, serta pengajaran mata kuliah rekayasa gempa dan geoteknik di lingkungan perguruan tinggi. Used in geotechnical consulting work, in site-response and disaster-mitigation research, and in teaching earthquake and geotechnical engineering courses at university level.

Institut Teknologi Sumatera

Teknologi yang inklusif dan berdampak Inclusive, impactful technology

IGSS dikembangkan di ITERA sebagai bagian dari tujuan institusi menghadirkan teknologi yang inklusif dan berdampak. Kedua program bersumber terbuka di bawah lisensi MIT, dapat diunduh tanpa biaya, menjalankan perhitungan di laptop Windows biasa tanpa koneksi internet, dan tersedia dalam bahasa Indonesia dan Inggris. Dengan begitu, analisis geoteknik dan kegempaan yang mengikuti standar nasional dapat dijangkau perencana, pengajar, dan mahasiswa di mana pun, tanpa bergantung pada lisensi perangkat lunak komersial. IGSS is developed at ITERA as part of the institute's aim to deliver inclusive, impactful technology. Both programs are open source under the MIT licence, free to download, run their computations on an ordinary Windows laptop without an internet connection, and come in Indonesian and English. Geotechnical and seismic analysis that follows national standards is therefore within reach of practitioners, teachers, and students anywhere, without depending on commercial software licences.

Alur kerjaWorkflow

Keluaran satu tahap menjadi masukan tahap berikutnya Each stage feeds the next

Bahaya di batuan dasarHazard at bedrock

Tentukan bahaya gempa di lokasi: PSHA dengan model sumber PuSGeN 2024, deagregasi M–R untuk mengenali gempa pengendali, dan spektrum skenario DSHA. Establish the seismic hazard at the site: PSHA with the PuSGeN 2024 source model, M–R deaggregation to identify the controlling earthquake, and DSHA scenario spectra.

SITERA

Gerakan tanah di permukaanMotion at the surface

Pilih dan cocokkan rekaman ke spektrum target, lalu rambatkan melalui profil tanah dengan analisis nonlinier atau ekuivalen-linear untuk memperoleh spektrum permukaan. Select and match records to the target spectrum, then propagate them through the soil profile with nonlinear or equivalent-linear analysis to obtain the surface spectrum.

SITERA

Parameter desain seismikSeismic design parameters

Turunkan percepatan desain dan koefisien seismik dari hasil respons situs, serta periksa potensi likuefaksi dan penurunan pada lapisan yang rentan. Derive design accelerations and seismic coefficients from the site-response results, and check liquefaction potential and settlement in susceptible layers.

SITERA → GEOTERA

Perancangan struktur tanahEarth structure design

Rancang lereng, dinding penahan, turap, galian, dan pondasi terhadap beban statik dan seismik, lalu keluarkan laporan, workbook, dan penampang. Design slopes, retaining walls, sheet piles, excavations, and foundations against static and seismic loads, then export the reports, workbooks, and sections.

GEOTERA

31 sumber gempa resmi PuSGeN 2024 — 20 zona megathrust dan 11 sesar, lengkap dengan Mmax, periode ulang, dan laju slip official PuSGeN 2024 seismic sources — 20 megathrust zones and 11 faults, with their Mmax, return period, and slip rate

7 kode spektrum desain: SNI 1726, ASCE 7, Eurocode 8, NZS 1170.5, IS 1893, GB 50011, NBC 2020 design spectrum codes: SNI 1726, ASCE 7, Eurocode 8, NZS 1170.5, IS 1893, GB 50011, NBC 2020

28 modul engine geoteknik — lereng, dinding penahan, pondasi, turap, rembesan, likuefaksi, konsolidasi, dan FEM geotechnical engine modules — slopes, retaining walls, foundations, sheet piles, seepage, liquefaction, consolidation, and FEM

14 workbook Excel teraudit, dibangkitkan dari engine yang sama dengan GUI audited Excel workbooks, generated from the same engine as the GUI

ProdukProducts

Dua aplikasi desktopTwo desktop applications

Keduanya berdiri sendiri dan dapat dipakai terpisah, atau berurutan sebagai satu alur kerja. Each stands alone and can be used on its own, or in sequence as a single workflow.

SITERA results dashboard with response curves and the analysis summary

Seismic SIte Response Analyzer · v1.19.0

Analisis bahaya gempa dan respons situs seismik 1-D. PSHA PuSGeN 2024 dan katalog global, deagregasi, DSHA, pemilihan dan pencocokan rekaman, analisis nonlinier dan ekuivalen-linear, kuantifikasi ketidakpastian amplifikasi, analisis 2D dan topografi, likuefaksi SPT dan CPT, serta pelaporan. Seismic hazard analysis and 1-D site response. PuSGeN 2024 and catalog PSHA, deaggregation, DSHA, record selection and spectral matching, nonlinear and equivalent-linear analysis, amplification-uncertainty quantification, 2D and topographic analysis, SPT and CPT liquefaction, and reporting.

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GEOTERA slope stability page with the section, critical slip surface, and factor of safety

Geotechnical Toolkit for Earth Retention & slope Analysis · v0.1.0

Perancangan struktur tanah berbasis SNI 8460:2017. Stabilitas lereng, dinding penahan kantilever dan gravitasi/bronjong, pondasi dangkal dan tiang, tiang lateral p-y, turap, galian bertopang, soil nailing, likuefaksi, konsolidasi, dan rembesan — setiap modul hitung juga tersedia sebagai workbook Excel teraudit. Earth structure design to SNI 8460:2017. Slope stability, cantilever and gravity/gabion retaining walls, shallow and pile foundations, lateral p-y piles, sheet piles, braced excavations, soil nailing, liquefaction, consolidation, and seepage — every calculation module is also available as an audited Excel workbook.

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StandarStandards

Kode dan pedoman yang didukungSupported codes and guidelines

Prosedur, tabel, dan konstanta diambil dari dokumen standarnya masing-masing. Procedures, tables, and constants are taken from each standard's own document.

SNI 1726 · ketahanan gempa· seismic design SNI 8460:2017 · geoteknik· geotechnical SNI 2847:2019 · beton struktural· structural concrete PuSGeN 2024 · sumber & bahaya gempa· seismic source & hazard ASCE 7-10 · NEHRP / FEMA P-750 Eurocode 8 · EN 1998-1 NZS 1170.5 · Selandia Baru· New Zealand IS 1893 · India· India GB 50011-2010 · Tiongkok· China NBC 2020 · Kanada· Canada USACE EM 1110-2-1902 FHWA GEC-7 · NHI-00-043 ASTM A615

MulaiGet started

Unduh dan jalankan di komputer Anda Download and run on your own machine

Installer Windows beserta checksum SHA-256 dan persyaratan sistem ada di halaman unduh. Manual pengguna dan technical manual tersedia sebagai PDF. The Windows installers with their SHA-256 checksums and system requirements are on the downloads page. User guides and technical manuals are available as PDFs.

Halaman unduhDownloads DokumentasiDocumentation