Maritime
and Offshore
Engineering
Optimization and Researches
Design optimization is the process of finding the best possible solution to a design problem by systematically exploring a set of possible designs and evaluating them based on specific criteria or objectives. The goal of design optimization is to improve the performance, efficiency, and/or cost-effectiveness of a product or system.
Engineering solutions
for shipbuilding industry
Ship design includes process of designing and creating marine vessels, from initial concept through to construction and virtual testing. Design process involves the selection of appropriate materials, determination of shape and size of the vessel, and consideration of factors such as stability, safety, and performance.
Engineering solutions
for offshore industry
Computational Hydrodynamics is a branch of fluid mechanics that involves the use of computer algorithms and numerical methods to study the behavior of fluids in motion. It is used to simulate and predict fluid flow phenomena, such as turbulence, heat transfer, and the interaction of fluids with solid structures.
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Engineering solutions for offshore platforms. SeaFox Platform
Design optimization is the process of finding the best possible solution to a design problem by systematically exploring a set of possible designs and evaluating them based on specific criteria or objectives. The goal of design optimization is to improve the performance, efficiency, and/or cost-effectiveness of a product or system.
Design optimization is the process of finding the best possible solution to a design problem by systematically exploring a set of possible designs and evaluating them based on specific criteria or objectives. The goal of design optimization is to improve the performance, efficiency, and/or cost-effectiveness of a product or system.
Engineering solutions for maritime mechanisms. Sea Crane
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Engineering for wind energy industry
Project involves the design and construction of a substructure made of steel that supports an offshore wind turbine. Jacket structure is designed to withstand the challenging marine environment, including strong currents, waves, and winds.
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Noise and Vibration Analysis
Noise and vibration analysis involves the study of the acoustic and mechanical energy associated with noise and vibration in structures and systems. The goal of noise and vibration analysis is to reduce the negative effects of noise and vibration, such as discomfort, fatigue, and damage to equipment or structures.
What we do?
Shipbuilding Research Group specializes in providing services related to maritime and offshore industries.
We offer expertise in fields of ship design, structural strength and fatigue analysis, computational hydrodynamics, and engineering software development for innovative marine projects. With a strong focus on customer satisfaction, SRG aims to help clients improve their products and processes.
Using our own-developed sophisticated software and innovative approaches, our engineering team provides comprehensive results to clients in an interactive manner. This enables clients to gain a thorough understanding of the outcome and make informed decisions. The company's extensive experience in marine engineering ensures that clients receive reliable and accurate results.
Why us?
Shipbuilding Research Group is a trusted partner for clients in maritime and offshore industries, providing a range of services that are tailored to meet their unique needs. Our main priority in work is a commitment to quality, innovation, and customer satisfaction with received results.
