Islam Ahmed Ebo
Senior Marine/Structural Engineer Senior Geotechnical/Marine Engineer Rawabi Specialized Contracting & GeoMarine & GeotechnicsIslam Ahmed: Marine/Geotechnical Engineer. Expert in mega marine project design and site inspection. Skilled in critical thinking and problem-solving.
10-November-1994
Alexandria, Egypt & Long Beach California, USA
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Our Services
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Marine Structural Design
Marine Structural Design" focuses on the engineering and construction of marine structures like ships, offshore platforms, and port facilities. It involves applying principles of mechanics, materials science, and environmental considerations to ensure the stability and durability of structures in marine environments.
Software Solutions For Structural Analysis
Implementing and offering specialized software tools like Sesam for offshore structural engineering, which facilitates static and dynamic structural analysis, including environmental load calculation, can greatly benefit clients.
Environmental Consultation And Compliance
Offering services in environmental impact assessments, permitting, dredge consultation, and ensuring regulatory compliance can be crucial for marine projects.
Testimonials
Block-type quay wall at Sindalah Island is constructed by placing 4 concrete blocks in addition to a cast-in-situ copping beam, which reaches a total height of 8.6 meters, two design approaches have been used as follows: Limit Equilibrium Method (LEM) – (GEO5) Finite Element Method (FEM) – (PLAXIS 3D)
Sindalah Island Marina (Berths)
A 100-million SAR breakwater project was constructed at the island of Sindalah in NEOM. The breakwater consists of steel beams supported by piles, along with facing side slabs designed to mitigate wave energy. Limit Equilibrium Method (LEM) – (Spreadsheets) Finite Element Method (FEM) – (Autodesk Robot)
Sindalah Island (BreakWater)
A fixed jetty, constructed at a cost of 60 million SAR, has been built using precast concrete elements supported by piles. This robust structure provides a stable platform for docking and loading operations, ensuring efficient maritime operations and facilitating safe and reliable access to vessels. Hand Calculations (Spreadsheets) Finite Element Method (FEM) – (CSI SAP2000)
Ras Gasabah – Fixed Jetty
A revetment was installed to protect the shores of several villas. The revetment is constructed using quarry stones, which provides effective protection against wave action and erosion. Hand Calculations (Breakwat Software) Finite Element Method (FEM) – (PLAXIS3D)
Sindalah Cluster (1-6)
The Shusha Pontoon construction scope of work will require a floating pontoon jetty in the identified location to maintain the schedule. Two barges of 36.0 x 6.0 / 1.9 m are designed and built-up in workshop of RSC, while the main barge facing vessels is 45.0 x 15.0 / 2.04 m of pre-fabricated GTO 152 “Bahrain Model”. Dynamic mooring analysis has been carried out using ANSYS AQWA then the pressures resulted from the extreme wave conditions have been applied as load in ANSYS STATIC STRUCTURAL to check inner hull stability.
Shusha/Gasabah Island - Floating Jetties
23-m height concrete block quay wall fully detailed design calculations.
