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Subsea Pipeline Installation Engineering Design,Analysis&Optimization Training

DEVELOP Training Center menyelenggarakan Pelatihan Subsea Pipeline Installation Engineering Design,Analysis&Optimization Training yang sangat berguna untuk mendapatkan skill tentang Pipeline Installation Design & Analysis serta optimalisasinya, seperti diantaranya:

  • Pertimbangan dalam Desain Pipa Offshore
  • Pertimbangan Untuk Pemilihan Rute Pipa
  • Metode Instalasi Pipa
  • Konfigurasi Tongkang/Barge
  • Analisis Instalasi Pipa
  • Analisis Tekanan/Stress Instalasi Pipa
  • Kurva Lay
  • Stress-Strain Untuk Perhitungan berdasarkan Ramberg-Osgood
  • Analisis Pipa Statis&Dinamis sesuai Konfigurasi Laybarge&Stinger
  • Finite Elemen Model Sistem Pipa secara Lengkap
  • Solusi Analisa Instalasi Pipa
  • dll

DEVELOP mengimplementasikan Syllabus Subsea Pipeline Installation Engineering Design,Analysis&Optimization Training dengan tahap-tahap pembelajaran berkualitas sbb :

Sesi 1-2

Skill Focus:

  • Offshore Pipeline Design Consideration
  • Consideration for Pipeline Route Selection
  • Pipeline Installation Methods
    • Towing
    • S – Lay
      • Vessel Position Keeping
      • Anchored Or Dynamically Positioned (DP)
      • Procedure
    • J – Lay
    • Reel – Lay
  • Barge Configuration
  • Pipeline Installation Analysis
    • For S-Lay And J-Lay
      • Load Cases
      • Analysis Acceptance Criteria
    • For Reel Lay
      • Load Cases
      • Acceptance Criteria – DNV OS-F101 Limit States
  • Pipeline Installation Analysis – Requirement
    • Pipeline Tension
    • Control Sag
    • Control Curvature
    • Buckling
  • Pipeline Installation Stress Analysis
    • Damage Mechanism And Failure Modes are To Be Prevented
    • Excessive Yielding
    • Local Buckling
    • Fatigue Effects
    • Weight Coating And field Joints
    • Data Required Prior To An analysis
      • Line Pipe And Concrete Coating Sectional
      • Lay barge Geometry
      • Water Depths
  • Lay Curve Control
    • Differential Equation On Sag bend – Non Linear Bending Equation
    • Bending Stress In The Over bend Region
    • Api Rp 1111 Buckling Criterion
    • Criterion Not To Collapse
    • Api Rp 1111 – Propagating Buckle
    • DNV 2000 Strain Criterion – External Hydrostatic And Longitudinal Bending Strain
  • Stress-Strain For Offpipe Calculation Based On Ramberg-Osgood (1943):

Sesi 3-4

Skill Focus:

  • Static And Dynamic Pipe laying Analysis For A Broad Range Of Laybargeand Stinger Configurations,
  • Offpipe Model
    • Finite Elements Model The Complete Pipeline System,
    • Calculates The Pipe Stress In The Over-Bend And sag-Bend
    • Davit Lift Analysis
    • Pipe Span Analyses
    • Pipeline Or Cable Lying On The Lay barge Is Modeled
  • Case Study Exercise:
    • Offpipe Model-Lay barge Model
    • Offpipe Model-Pipe Support & Seabed
    • Offpipe Model – External Forces
    • Offpipe Model-Barge Geometry
    • Offpipe Model-Stinger Element Type
    • Offpipe Model-Stinger Geometry
    • Offpipe Input – Pipe Properties
    • Offpipe Input – Lay Barge Data
    • Offpipe Input – Sag bend Data
    • Offpipe Input – Switch To Edit Mode
    • Offpipe Input- Edited By Notepad
  • Pipe laying Analysis – Input
    • Pipe Diameter
    • Wall Thickness
    • Grade
    • Wrap Coat Thickness
    • Wrap Coat Density
    • Concrete Thickness
    • Concrete Density
    • Field Joint Fill Density
    • Pipe Specific Gravity
    • Minimum Pipe Tension
    • Lay barge Pipe Radius
    • Stinger Pipe Radius
    • Stinger Length
    • Water Depth
    • Barge Geometry
    • Stinger Geometry
    • Stinger Modeled
    • Concrete Thickness
    • Stinger Ballasts
    • Static Pipe Tension
    • Constant Pipe Element
  • Offpipe Model-Stinger Model
    • Offpipe Model-Pipeline Model
    • Fixed Stern Ramp
    • Conventional Stinger
    • Fixed Curvature Stinger
    • Articulated Stinger

oilgascourse

Sesi 5-6

Skill Focus:

  • Case I – Normal Lay – Explicit Y Coordinates
  • Case II Normal Lay – Explicit Y Coordinates
  • Case III Pipeline Elevation Profile And Total Pipe Stress
  • Case IV Abandonment And Recovery Analysis)
  • Case V Hanging Initiation Analysis)
  • Case VI J-Lay Installation Analysis)
  • Gaya Tarik Pada Pipa
  • Static Solution Summary
  • QA checks of Offpipe Analysis Models
  • Final Pipeline Installation Plots & Reports

Materi Training di DEVELOP Training Center (TM) dirancang khusus oleh para praktisi designer & engineer sesuai dengan kebutuhan project. Anda akan mendapat sharing ilmu langsung dari para praktisi yang berpengalaman.

 

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