Confidential
Structural Engineering
Nonlinear Structural FEA
Advanced nonlinear finite element analysis of a complex concrete structure, including material nonlinearity, geometric effects, and progressive damage under extreme loading.
Representative engineering projects across our seven disciplines. Many projects are confidential; examples below illustrate the breadth and depth of HATTAK's work.
Confidentiality Note: Due to the sensitive nature of engineering and infrastructure projects, details are presented in generalised form to protect client confidentiality.
Advanced nonlinear finite element analysis of a complex concrete structure, including material nonlinearity, geometric effects, and progressive damage under extreme loading.
Structural capacity assessment of an ageing concrete bridge, including load rating, deterioration evaluation, and rehabilitation option analysis.
Comprehensive slope stability analysis for a critical infrastructure project, including static and seismic cases, remediation options, and risk quantification.
Independent peer review of deep foundation design for a major infrastructure project, including soil-structure interaction analysis and settlement assessment.
Comprehensive static and seismic stability assessment of an existing gravity dam, including ANCOLD compliance review and uplift pressure evaluation.
Periodic dam safety assessment covering structural integrity, spillway capacity, foundation conditions, and updated hazard analysis per ANCOLD guidelines.
Comprehensive EIA for a major infrastructure corridor, including ecological impact, water quality, and climate adaptation analysis.
Dynamic time-history seismic assessment of an ageing highway bridge, including fragility analysis and prioritised retrofit recommendations.
Development of HATTAK's next-generation engineering platform for dam safety assessment, integrating stability calculations, FEA, and automated professional reporting.
Research programme applying machine learning to structural monitoring data — enabling early detection of anomalous structural behaviour across infrastructure portfolios.
Contact us to discuss your engineering project across any of our seven disciplines.
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