Marine engineering
Structural analysis for ships and marine structures.
Global strength, local details, fatigue, impact and modifications.
Offshore
Structural integrity in demanding offshore conditions.
Structures, installation equipment, fatigue, dynamics and lifetime extension.
Aerospace
Strength, fatigue and damage tolerance.
Independent analysis of metallic and composite aircraft structures.
Complex FEA
When the load path is not obvious.
Nonlinear behaviour, contact, buckling, impact and local structural response.
Marine engineering
Independent verification for marine structures.
A second opinion on structural models, modifications, fatigue life and integrity.
Renewables
Structural analysis for renewable energy.
Support structures, installation systems, fatigue, dynamics and lifetime assessment.
Independent structural analysis
Structural analysis of complex structures.
AeroMech helps engineering teams understand how a structure carries load, where it may fail and what the results mean for the engineering decision.
Industries
Three industries. One structural focus.
AeroMech supports complex structural questions in offshore, aerospace and heavy mechanical engineering.
Offshore
Offshore structures, installation equipment, lifting systems, fatigue, dynamics and lifetime extension.
Explore offshore →Aerospace
Aircraft structures, fatigue and damage tolerance, composites and certification support.
Explore aerospace →
Heavy Mechanical Industry
Large load-carrying structures, machinery, handling systems and heavily loaded fabricated equipment.
Explore heavy mechanical →Fields of expertise
Static, fatigue and dynamic analysis.
The analysis method follows the engineering question and the governing failure mechanism.
Static Strength & Stability
Strength, stiffness, load paths, buckling and nonlinear structural behaviour.
Structural analysis →Fatigue & Damage Tolerance
Fatigue life, crack growth, damage tolerance, inspections and remaining-life assessment.
Aerospace fatigue and damage tolerance →
Dynamics & Impact
Natural frequencies, vibration, resonance, transient response and boat-impact analysis.
Dynamic and impact analysis →Have a structural question?
Describe the structure, the required decision and the information already available.