We also offer specialized services in the offshore engineering sector, including pile driveability studies, offshore pile capacity analysis, factual and interpretive reporting, site-specific assessments for mobile offshore drilling units (MODUs), mudmat capacity evaluations, mooring pile analysis, lateral pile capacity assessments, and suction pile design, among others.
- We evaluate foundation stability and rig suitability by conducting leg penetration analysis, stability checks for both operational and storm conditions, scouring studies, leg extraction assessments, FEM analysis to understand the impact of spudcan penetration on jacket piles and inplace & fatigue analysis during the leg penetration and after withdrawal for the platforms.
- We perform offshore pile capacity, p-y, t-z, and q-z analysis for driven and drilled & grouted piles, accurately assessing soil-structure interaction to optimize pile design and ensure reliable performance under various loading conditions.
- We conduct pile group analysis to evaluate the collective behavior and load distribution of multiple piles, ensuring the stability and efficiency of foundation systems.
- We perform lateral analysis of mooring piles to assess their response to horizontal loads, ensuring structural stability and optimal performance under varying environmental and operational conditions.
- We conduct comprehensive geotechnical studies on suction piles, including capacity assessment, installation, retrieval, and removal analysis, ensuring safe and efficient performance in offshore environments.
- Our offshore geotechnical consulting services provide expert analysis and solutions for soil characterization, foundation design, and site assessment, ensuring the successful execution of marine projects.
- We conduct feasibility studies for driving piles into the ground using GRLWEAP software, which predicts the necessary driving equipment and energy. Our pile drivability analysis (PDA) ensures that piles can be installed effectively without causing damage or encountering excessive delays.
- We conduct pile driving fatigue analysis to evaluate the structural resilience of driven piles under dynamic loads to ensure the safety and durability of foundation, to achieve optimal performance and extend the lifespan of your infrastructure.
- We conduct pipe-soil interaction studies following global guidelines, deriving embedment depths as well as lateral and axial friction coefficients. Our embedment calculations account for both monotonic and cyclic loading conditions, incorporating lay tensions into our assessments. Additionally, we perform bearing capacity calculations for crossing locations to ensure structural integrity.
