Stress Analysis:

Assessing the structural integrity under internal and external pressures.

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Fatigue Analysis:

Evaluating the life span under cyclic loading conditions.

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Thermal Analysis:

Understanding the effects of temperature variations on material properties and structural integrity.

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Flow-Induced Vibrations:

Analyzing the impact of fluid flow on pipe walls to prevent fatigue failure.

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Thermal Stresses:

Evaluating the stresses induced by temperature changes in pipes.

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Support and Anchor Points:

Designing optimal locations and types of supports to mitigate excessive stresses and vibrations.

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Thermo-mechanical Analysis:

Studying the combined effects of thermal and mechanical loads.

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Stress Analysis:

Analyzing stresses due to pressure differences and thermal loads.

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Corrosion Analysis:

Predicting areas susceptible to corrosion and material degradation.

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In-place, Lifting & Transport Analysis

Analyzing the offshore structures in the real-world conditions.

 

Wave and Wind Load Analysis:

Assessing the impact of environmental loads on offshore platforms.

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Life Calculation:

Evaluating the long-term performance and safety under cyclic loads.

3D CAD Generation: 

Generation of 3D model using advanced BIM softwares like Tekla. Connection and Foundation design calculations. 

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Manufacturing Drawings:

Generation of GAD and fabrication and Erection drawings. 

 

Structural Analysis:

STAAD Analysis for in-place, wind and seismic load conditions. Design and weight optimization. 

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