Historic & Existing Structures
Structural behaviour assessment, nonlinear modelling, vulnerability identification and strengthening strategies for existing and heritage structures.
Industrial engineering & applied simulation
Advanced engineering for complex real-world structures.
Numerical Archive applies finite-element simulation, structural assessment and engineering judgement to demanding industrial problems—from historic masonry and heavy foundations to marine infrastructure, energy systems and process-industry structures.
Nonlinear finite-element analysis
Structural & geotechnical assessment
Industrial decision support
Historic StructuresAssessment · Retrofit
Marine & PortsStructures · Foundations
Energy SystemsWind · Dynamic response
Oil & GasTanks · Industrial systems
Heavy FoundationsSSI · Silos · Large structures
Industrial expertise
Simulation built around the engineering problem.
Our industrial work is organized around the behaviour that governs a system—not around a single software workflow. Geometry, material response, loading, contact, foundations, degradation and uncertainty are considered according to the real engineering question.
Heavy Foundations, Silos & Soil–Structure Behaviour
Foundation response and soil–structure interaction for heavy or settlement-sensitive systems such as silos, towers, tanks and large industrial structures.
Marine & Port Infrastructure
Numerical assessment of quay walls, jetties, piles, coastal structures and marine infrastructure subjected to complex structural and environmental actions.
Wind Turbines & Energy Structures
Structural and foundation modelling for tall, dynamically sensitive and cyclically loaded energy systems, including wind-turbine support structures.
Oil, Gas, Petrochemical & Storage Systems
Engineering simulation for storage tanks, process-industry structures, equipment-support systems and components governed by nonlinear, thermal or cyclic effects.
Advanced Nonlinear Simulation
Finite-element models for material nonlinearity, contact, damage, cyclic loading, pushover response, failure investigation and complex load-transfer mechanisms.
Engineering approach
From evidence to an engineering decision.
Numerical simulation is most useful when it explains behaviour. Our workflow is structured to connect available project evidence with a model that can support assessment, comparison and intervention decisions.
01UnderstandGeometry, condition, loading and project evidence
02ModelRepresentative materials, interfaces and boundaries
03AnalyzeLinear, nonlinear, cyclic or dynamic response
04InterpretCritical mechanisms and governing response
05EngineerVerification, alternatives and strengthening strategy
Selected projects
Real engineering work, presented with appropriate confidentiality.
Selected case studies show how our technical team approaches complex engineering problems. Client identity, exact location and sensitive project data may be withheld where confidentiality requires it.
Persian Gulf Region · Confidential Project
Historic structures · Featured project
Structural Assessment & Strengthening of a 300+ Year Historic Masonry Building
Numerical Archive and its technical engineering team evaluated the behaviour of a more than three-century-old masonry structure to identify critical response mechanisms and support technically appropriate strengthening and rehabilitation strategies.
Three-dimensional structural representation
Nonlinear masonry behaviour
Gravity and lateral response assessment
Strengthening strategy development
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Wind Energy · Technical Study
Wind energy · Large-scale structural simulation
Wind Turbine
Numerical Archive developed a large-scale finite-element model to study the structural response of a 15 MW wind turbine, including the tower, blades and rotor assembly under representative loading conditions.
Tower, blades and rotor assembly
Gravity and representative wind loading
Stress and deformation assessment
Large-scale energy-structure modelling
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Marine & Ports · Technical Study
Marine infrastructure · Coupled numerical assessment
Rubble-Mound Breakwater
A finite-element study of a layered rubble-mound breakwater and its foundation, developed to examine how repeated prescribed wave loading transfers through the crest, slopes, toe and supporting ground.
Layered breakwater & foundation
Pore-pressure and effective-stress response
Cyclic wave-pressure representation
Toe and internal response assessment
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Marine & Ports · Structural Study
Quay structures · Nonlinear finite-element modelling
Gravity Block Quay Wall
A nonlinear finite-element model of a gravity block quay wall, developed to investigate block interaction, shear-key load transfer, contact behaviour and lateral capacity under pushover loading.
Shear-keyed block geometry
Nonlinear contact and friction
Sliding, rocking and block interaction
Lateral and seismic capacity assessment
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Engineering collaboration
Discuss Your Project
Have a complex engineering problem?
Share the structure, available data, loading conditions and the decision you need to make. We can help define an appropriate numerical and engineering assessment strategy.