CYOCEAN
ENGINEERING / SIMULATION

Before going to sea, understand the ocean first.

Hydrodynamic & Structural Simulation Turn wind, waves and currents into an analyzable design boundary.

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AI engineering concept visual · Not a computational model or simulation result
ASK THE RIGHT QUESTIONS

Identify the question first, then build the model.

Every calculation addresses a specific engineering question — not just a result contour.

01 / MOTION

How does it move?

Displacement, attitude and time-domain response under combined wind, wave and current.

02 / LOAD

How is load transferred?

Variation and transmission of forces on the floating frame, net and mooring.

03 / MOORING

How is it constrained?

Mooring layout, line tension and the overall constraint relationship.

04 / FLOW

How is safety ensured?

Safety factors of each structural component and effective aquaculture volume of the cage.

01 / COUPLED RESPONSE

Structure, net and mooring, analyzed together.

Based on site environment and geometry inputs, study cage group motion, frame loads, cable tension and net displacement.

Environmental input & constraint

Site wind, wave, current, water depth and structural geometry together define the model boundary.

Motion & load response

Observe how critical locations vary with load cases and time through time-domain computation.

ANALYSIS THAT INFORMS DESIGN

Let results enter the design decision.

Put assumptions, load cases and results into one traceable engineering document.

  • 01
    Load Cases & Assumptions
    Data sources, boundary conditions, simplifications and applicable scope.
  • 02
    Structural & Flow Results
    Motion, loads, tension, net displacement and velocity distribution.
  • 03
    Risk & Adjustment Direction
    Structural parameters, interfaces and supplementary data to be adjusted.

EVIDENCE / SOURCE FIGURE

Displacement curve · Click to view original

START WITH YOUR DATA

Already have site data, or an initial structural concept?

Complete data helps us define the modeling scope more accurately. Missing data will be explicitly recorded as assumptions and items to be confirmed.

ENVIRONMENT

Environmental Boundary

Wind, wave, current, water depth and key load cases

GEOMETRY

Structural Data

Geometry, materials, floats, nets and mooring

OBJECTIVE

Analysis Objective

Responses of interest, scheme comparison and design questions

LET'S TALK ABOUT YOUR PROJECT

Keep the critical questions before going to sea.

Submit your existing data and questions of interest, confirm the analysis scope and engineering data list.

Discuss Simulation Needs