BMI

What we do

DEEPLINES

DEEPLINES
• A software used to design offshore risers systems, flow-lines and mooring lines
• DeepLines combines FE solver & user friendly GUI
• Solution based on non-linear finite elements method
• Types of analysis include : static, quasi-static, modal, time-domain and frequency domain dynamic analyses
• Coupled analysis of drilling riser and mooring lines
• DEEPLINES WIND Module: Jointly developed by Principia and IFP Energies Nouvelles

Our field

CFD

Computational Fluid Dynamics (CFD) flow modelling is a well-established computational engineering tool that can be used to provide tangible benefits to a range of offshore oil & gas, subsea and renewable energy applications.

DEEPLINES

• A software used to design offshore risers systems, flow-lines and mooring lines • DeepLines combines FE solver & user friendly GUI • Solution based on non-linear finite elements method • Types of analysis include : static, quasi-static, modal, time-domain and frequency domain dynamic analyses

FLNG w/ Structural Engineering

• Mooring of ships and other floating structures • Motions response of floating structures in waves • BASIC &DETAIL Engineering

Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine • Structural Analysis for Offshore Wind Turbine • Mooring design & Analysis for Floating Offshore Wind Turbine

Sea-Transportation

Mooring arrangement & stability check • Ballasting design & calculation • Motion analysis/ Longitudinal strength check etc., • Sea-fastening & grillage layout and detail drawing strength check

PRINCIPIA

Offshore Wind Turbines • Fixed & Floating Offshore Wind Turbine DEEPLINES • A software used to design offshore risers systems, flow-lines and mooring lines

Pipeline Auto-Welding

Pipeline Auto-Welding both at Offshore and Onshore

FEM

Finite Element Method (FEM) is a numerical technique for finding approximate solutions to boundary value problems for partial differential equations.

Non-linear analysis

• Ship/ Boat Impact Analysis on Jacket and/or other Fixed Structures • Topside Explosion Analysis • Etc.,

Welding Engineering

Welding Engineer Manpower Resourcing Service

Offshore Engineering

We carry out engineering analyses for a broad range of offshore & marine related subjects including: • Mooring of ships and other floating structures

Flare Boom Analysis

Radiation heat transfer analysis w/ CFD and/or FEM • Offshore platforms, Semisubs, Jack-ups and Drill ships • Thermal radiation heat study

Load-out/in Engineering

• Fabrication support & ground base integrity check • Weighing procedure/ Weighing control report • SPMT Configuration plan

Radiation Heat Transfer analysis

Radiation Heat Transfer analysis w/ CFD and/or FEM

CFD

DEEPLINES

FLNG w/ Structural Engineering

• Mooring of ships and other floating structures • Motions response of floating structures in waves • BASIC &DETAIL Engineering

Offshore Wind Turbines

• Fixed & Floating Offshore Wind Turbine • Structural Analysis for Offshore Wind Turbine • Mooring design & Analysis for Floating Offshore Wind Turbine

Sea-Transportation

Mooring arrangement & stability check • Ballasting design & calculation • Motion analysis/ Longitudinal strength check etc., • Sea-fastening & grillage layout and detail drawing strength check

PRINCIPIA

Offshore Wind Turbines • Fixed & Floating Offshore Wind Turbine DEEPLINES • A software used to design offshore risers systems, flow-lines and mooring lines

Pipeline Auto-Welding

Pipeline Auto-Welding both at Offshore and Onshore

FEM

Finite Element Method (FEM) is a numerical technique for finding approximate solutions to boundary value problems for partial differential equations.