Bulgarian Ship Hydrodynamic Centre

The Bulgarian Ship Hydrodynamic Centre (BSHC) is a specialized research and development facility focused on ship hydrodynamics and related marine technologies. Located in Varna, Bulgaria, the BSHC serves various sectors of the maritime industry, including commercial shipping, naval architecture, and offshore engineering.

Key Areas of Expertise:

  1. Hydrodynamic Testing:

    • Towing Tank: The BSHC operates a towing tank for model testing, enabling precise assessment of ship resistance and propulsion characteristics.
    • Cavitation Tunnel: This facility is used for studying cavitation phenomena and testing propeller performance under various conditions.
    • Manoeuvrability and Sea-Keeping: Experimental setups to evaluate ship maneuverability and dynamic behavior in different sea conditions.
  2. Computational Fluid Dynamics (CFD):

    • BSHC integrates CFD simulations into their research, enhancing the accuracy and efficiency of hydrodynamic analyses.
    • CFD is utilized to optimize hull forms, predict performance, and minimize resistance and fuel consumption.
  3. Propeller Design and Optimization:

    • The centre offers specialized services in the design and optimization of marine propellers.
    • Tailored solutions are provided to improve propulsion efficiency and reduce cavitation-induced problems.
  4. Hull Form Optimization:

    • BSHC engages in advanced hull form optimization to achieve better hydrodynamic performance and fuel efficiency.
    • Their research includes the development of innovative hull forms suited to various maritime applications.
  5. Consultancy and Technical Services:

    • The BSHC provides consultancy services to shipbuilders, naval architects, and ship owners.
    • Services include feasibility studies, design assessments, and performance evaluations.

Collaborative Projects and Partnerships:

  • The centre collaborates with academic institutions, marine research organizations, and industrial partners both within Bulgaria and internationally.
  • Participation in European Union-funded research projects and consortiums to advance marine technology.

Contributions to Marine Research:

  • BSHC has made significant contributions to the field of ship hydrodynamics, with published research in peer-reviewed journals and presentations at international conferences.
  • Their work aids in the development of more efficient, environmentally friendly, and economically viable maritime transport solutions.

Facilities and Infrastructure:

  • The centre is equipped with state-of-the-art laboratories and testing facilities that comply with international standards.
  • An experienced team of engineers, researchers, and technical staff support complex experimental and computational studies.

Importance to the Maritime Industry:

  • By providing cutting-edge research and development services, the Bulgarian Ship Hydrodynamic Centre plays a crucial role in advancing maritime technology.
  • Its efforts contribute to safer, more efficient, and sustainable maritime operations worldwide.

In summary, the Bulgarian Ship Hydrodynamic Centre is a premier institution dedicated to marine hydrodynamics, offering a broad spectrum of services aimed at optimizing ship performance and advancing maritime technology. Its strategic location, advanced scientific capabilities, and collaborative approach make it a significant asset to the global maritime community.

Products

experimental and theoretical hydrodynamics investigations, ships & propeller models

Varna Bulgaria

Kv. Asparuhovo, P.O. Box 58
Varna 9003
Bulgaria

Maritime News

Securing the Deep: Business Opportunities in Subsea Defense

Securing the Deep: Business Opportunities in Subsea Defense

9 hours ago
As global reliance on subsea infrastructure grows, so do the risks. Discover how safeguarding undersea assets opens new frontiers for innovation and investment.Importance of Subsea InfrastructureSubsea infrastructure plays a critical role in maintaining the operational continuity of the modern society and the global economy. This vast network includes subsea data and communication cables, pipelines for energy transportation, electricity cables, and resource extraction systems. What’s important is that these components are increasingly vulnerable to damage, whether due to natural phenomena or intentional human interference.
Trump, Musk to Turn Focus on DoD, Navy Shipbuilding

Trump, Musk to Turn Focus on DoD, Navy Shipbuilding

yesterday
President Donald Trump said that Elon Musk will lead an audit of the Pentagon, aiming to uncover what he claims could be "hundreds of billions of dollars" in fraud and abuse.During a Super Bowl interview with Fox News' Bret Baier, Trump revealed his plans to instruct Musk to broaden his oversight beyond the Department of Education to include the Department of Defense. “We're going to find billions, hundreds of billions of dollars of fraud and abuse,” Trump asserted, referring to the Pentagon, the largest federal department with a budget nearing $1 trillion annually.
"It's not the death of U.S. Offshore Wind" says Intelatus

"It's not the death of U.S. Offshore Wind" says Intelatus

yesterday
The offshore wind sector is bracing for transformative changes as it navigates shifting political landscapes and evolving market demands. To shed light on the current state of the industry, Maritime Reporter TV interviewed Phil Lewis, Director of Research at Intelatus, an international offshore energy markets expert, to discuss the trends shaping the Service Operation Vessel (SOV) and Construction Service Operation Vessel (CSOV) markets and the future of U.S. offshore wind under the Trump administration.SOV/CSOV Market: Speculation Drives GrowthInterest in purpose-built SOVs and CSOVs has surged in recent years, driven by the rapid expansion of offshore wind farms, particularly in Europe.
Baltic States Switch from Russian to European Power Grid

Baltic States Switch from Russian to European Power Grid

2 days ago
The Baltic states of Estonia, Latvia and Lithuania completed a switch from Russia's electricity grid to the EU's system on Sunday, severing Soviet-era ties amid heightened security after the suspected sabotage of several subsea cables and pipelines.European Commission President Ursula von der Leyen hailed the move, years in the planning, as marking a new era of freedom for the region, in a speech at a ceremony in Vilnius alongside the leaders of the three countries and the Polish president."These chains of power lines linking you to hostile neighbours will be a thing of the past," von der Leyen said.
Research Vessel Discovery and "The Night of Monster Waves"

Research Vessel Discovery and "The Night of Monster Waves"

4 days ago
On the night of February 8, 2000, the crew of the British research vessel, Royal Research Ship (RRS) Discovery, were braced for a storm.Wind speeds had been increasing over the previous night creating conditions no one onboard had ex-perienced before – or would want to experience again.From mid-afternoon on the 8th to mid-morning on the 9th, wave heights were topping 20 m in height and even reached 29.1 m – the equivalent to a ten-storey building – peaking around midnight.Even for 250 km west of Scotland, out in the North Atlantic, these were abnormal conditions.