SECA-GM (Severe Earthquake Consequence Assessment – Global Modeling Method) is a global formulation designed to estimate human and physical consequences of severe earthquakes through a compact, auditable and calibratable mathematical architecture.
SECA-GM is used when a severe seismic scenario must be constructed with an explicit global formulation. It integrates magnitude, depth, population, vulnerability calibration and mathematical relationships developed within THEK research.
Define the seismic scenario, establish magnitude and depth, select the territorial population, calibrate vulnerability through FVₛ and FVₑ, and obtain human and physical consequence estimates.
M: earthquake magnitude. P: earthquake depth. Pop: total population. FVₛ: effective structural vulnerability. FVₑ: event-related vulnerability.
SECA-GM is designed for severe-scenario planning, territorial calibration and resilience studies.
Reference scenarios for preparedness and disaster-risk decision-making.
Comparison among countries or regions through vulnerability factors adjusted to historical experience and structural conditions.
SECA-GM is conceptually connected to the FGET–VRR–NFF framework and to THEK platforms.
FGET supports generation of mathematical forms; VRR supports variable selection and ranking; NFF supports hierarchical formula organization.
Research, documentation and applied tools are connected through hithek.com, report.hithek.com and lab.hithek.com.
THEK Research Institute welcomes scientific and technical cooperation for the application, validation, development and teaching of SECA-GM. Licensing and specialized training are also available.