Marine and offshore structures operate in environments that are constantly changing and rarely forgiving. Waves, wind, corrosion, and fatigue act on these systems every day, often for decades. From fabrication and transport to offshore installation and long-term operation, engineering decisions must account for both extreme events and cumulative damage over time.
At Seashore, we support marine and offshore projects with engineering solutions focused on reliability, durability, and lifecycle performance. Our work reflects real installation conditions, operating constraints, and regulatory expectations—helping clients reduce risk across every stage of the project.
Marine structures are subjected to continuous wave action, high winds, vessel interaction, and operational forces. Designs must safely withstand rare extreme events as well as long-term fatigue-driven loading.
Seawater, humidity, and aggressive marine environments accelerate material degradation. Material selection and corrosion protection strategies must support long-term durability with minimal maintenance.
Offshore components experience a mix of static, dynamic, and cyclic loads. Accurate fatigue assessment is critical to preventing crack initiation and ensuring structural longevity.
Marine and offshore projects must meet classification society and international code requirements. Engineering solutions must be aligned with applicable standards to support certification and approval.
Components are often transported long distances and installed under challenging offshore conditions. Designs must consider lifting operations, sea transport loads, and installation-induced stresses.
Once installed, offshore assets often have restricted access. Designs must prioritize reliability, inspection access where possible, and low-maintenance solutions.
