Engineering decisions are strongest when they are backed by physics, not assumptions. Advanced simulation allows teams to understand how designs will behave before anything is fabricated or deployed in the field—reducing risk, avoiding costly rework, and improving confidence in performance.
At Seashore, we use high-fidelity, physics-based simulation as a design tool, not just a final check. By modeling real operating conditions—including peak and extreme loads—we help teams predict behavior, identify failure risks early, and refine designs for safety, reliability, and compliance long before hardware is built.
Simulation plays a critical role in modern product development when used correctly. It helps teams:
We evaluate structural performance under realistic loading by accounting for material non-linearity, contact behavior, and large deformations. This allows designs to be validated beyond idealized assumptions and closer to real operating conditions.
Local and global instability is evaluated using linear and non-linear buckling methods. These studies help identify collapse risks and stability limits under compressive and combined loading scenarios.
We predict service life using stress-life (S-N), strain-life (E-N), and cumulative damage approaches. Fatigue-critical regions are identified early, allowing design improvements before cracks or failures occur.
Fluid flow, pressure distribution, heat transfer, and mixing behavior are simulated to improve efficiency and reliability. Both steady-state and transient conditions are evaluated to reflect real operating behavior.
We evaluate natural frequencies, mode shapes, and forced response to prevent resonance and excessive vibration. Harmonic and dynamic studies help ensure durability and stability.
Structural response to environmental loads such as wind pressure and seismic excitation is evaluated in accordance with applicable codes and standards.
We perform code-compliant evaluations of stresses caused by pressure, temperature, weight, and support conditions—supporting safe operation and regulatory approval.
Native solver and model files are provided to ensure transparency, traceability, and future reuse by internal or third-party engineering teams.
Reports include high-quality result plots, engineering interpretation of findings, and clear conclusions tied directly to design decisions and recommendations.
All modeling assumptions, boundary conditions, and applied loads are fully documented—supporting design reviews, audits, and certification activities.
Animations and visualizations make complex behavior easier to understand for both technical and non-technical stakeholders.
Publication-ready graphics suitable for design reviews, customer discussions, proposals, and investor presentations.
Designs are evaluated against applicable international codes and standards to support regulatory acceptance and long-term risk reduction.
