Liquefaction assessment
Liquefaction potential assessment based on in-situ tests; estimation of liquefaction-induced settlement and lateral spreading, and design of mitigation and improvement measures where required.
Projects in this areaThe behaviour of the ground during an earthquake governs the ground motion reaching the structure and the performance of its foundations. We assess liquefaction potential, soil amplification and local site effects to establish the seismic design parameters and the required measures.
Image: Completion Works of the Şile–Ağva Road (Km 61+900–84+800) and Ağva–Kandıra Road (Km 84+800–109+000) — Founder’s previous experience
Liquefaction potential assessment based on in-situ tests; estimation of liquefaction-induced settlement and lateral spreading, and design of mitigation and improvement measures where required.
Projects in this areaOne- and two-dimensional site response analyses; selection and scaling of acceleration records compatible with the design earthquake, and determination of soil amplification and site-specific design spectra.
Seismic microzonation studies as a basis for land-use and settlement planning; compilation of geological and geotechnical data, site classification and zoning according to seismic hazard.
The projects in this list are works our founder Yusuf Nazlıoğlu was involved in during previous roles with other organisations. They were not carried out by Vertex Proje; the founder’s role is stated for each project.
2026
Geotechnical assessment; settlement and bearing capacity; shallow/deep foundation design; liquefaction analysis and technical coordination.
2025–2026
Geotechnical assessment; settlement and bearing capacity; foundation design; liquefaction analysis and ground improvement design.
2026
Settlement and bearing capacity for the Sakarya Bridge; deep foundation, liquefaction and cantilever pile shoring design.
2025–2026
Geotechnical assessment; settlement and bearing capacity; foundation, liquefaction and cantilever pile shoring design.
2025–2026
Geotechnical design report; settlement and bearing capacity; foundation, liquefaction and anchored pile shoring design.
2025–2026
Geotechnical assessment; settlement and bearing capacity; shallow/deep foundation design and liquefaction analysis.
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