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Structural
and Mechanical Engineering Analysis
Lifted
Offshore Equipment Calculations:
- Offshore
Container Analysis per API RP 2A (Recommended Practice for Planning,
Designing and Constructing Fixed Offshore Platforms)
- Offshore
Container Analysis per DNV 2.7-1 (Certification Notes 2.7-1-
Offshore Containers)
- Offshore
Skid Analysis per DNV 2.7-3 (Certification Notes 2.7-3 – Portable
Offshore Units)
- Hoisting
Equipment as per API 8C (Specification for Drilling and Production
Hoisting Equipment)
- Subsea
Lifted Equipment as per API 17D (Design and Operation of Subsea
Production Systems -Subsea Wellhead and Tree Equipment)
- Spreader
Bar Calculations
- Elevator
calculations as per API 8C
- Coil
Tubing Lift Frame/Tension Lift Frame calculations as per API 8C
- Lift
Sub Calculations as per API 8C
- Strain
Gage /Design verification Testing as per API 8C
- Design
of both new and exisiting equipment for all above design specs.
Pressure
Containing (Pressurized Equipment) Calculations:
- ASME
Section VIII, Div. 1
- ASME
Section VIII, Div. 2
- ASME/ANSI
B31.3 and B31.8
- API
6A (Specification for Wellhead and Christmas Tree Equipment)
- API
17D (Design and Operation of Subsea Production Systems –
- Subsea
Wellhead and Tree Equipment)
- Rectangular
vessel analysis
- Rectangular
nozzle analysis
- Cone
design and analysis
- Environmental
loading analysis (wind load, inertial load, etc.)
- Nozzle
external loading analysis
- Re-rate
vessels
Drilling
and Well Servicing Structures:
- Structural
analysis of derrick, masts, towers, and gin poles subject to: coil
tubing operational loads , wind loads, and acceleration/inertial loads
as per API 4F and API Bulletin 2INT-MET.
- Bolted
and Hydraulic Beam Clamp Design and Analysis as per API 4F.
- Bolted
and Hydraulic Guy Wire Clamp Design and Analysis as per API 4F.
- Coil
Tubing Lift Frame/Tension Lift Frame stabilizer frame Design and
Analysis
Winch/Drum
Design Calculations:
- Wireline
winch/drum calculations
- Slickline
winch/drum calculations
- E-line
winch/drum calculations
- coil
tubing drum and sheave calculations
- drum
fatigue evaluation
Aluminum
and Steel Code Design Calculations:
- AISC
(American Institute for Steel Construction)
- AA-2005
(Aluminum Association – Structural Code
Machine
Component Design:
- Design
of miscellaneous machine components using closed form and finite
element numerical methods.
- Fatigue/Cyclic
Load Analysis
Finite
Elements Analysis Capabilites:
- Linear
and non-linear elastic analysis
- Solid
element modeling
- Shell
element modeling
- Beam
element modeling
- Mixed
element modes (solid, shell, and beam)
- 2D
– plane stress simplification
- 2D
– axisymmetric simplification
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