Ship Technology Research (STR)

The Ship Technology Research ( Schiffstechnik) journal seeks to provide a sound and internationally-recognised platform for the presentation and discussion of the latest developments in research, design and manufacture as well as operation and maintenance concerning ships and offshore structures. Engineers and researchers involved in the design and fabrication of ships and offshore structures are the primary audiences of interest. The journal covers applied research in the following topics for ships and offshore structures: Resistance and propulsion in calm water and in waves Motions in waves and dynamic stability Wave loads, extreme and fatigue loads Fluid-structure interaction, whipping and springing Manoeuvring in calm water and in waves Slamming, sloshing and green-water loads Loads on appendages Cavitation and ventilation Ship dynamics in shallow and restricted waters Hydrodynamic interaction and multi-body problems Mooring, anchoring and station keeping Modelling of environment – wind and waves Development and validation of numerical methods Model tests and full-scale measurements Design loads and rule development Linear and nonlinear structural response for service loads and accidental actions Novel materials and material modeling including fatigue and fracture Design method developments and applications with a special focus on risk-based design methods as well as optimization techniques Design method developments and applications for Arctic conditions Life-cycle considerations and assessment incl. manufacture, inspection, monitoring, repair and maintenance Structural dynamics Strength and fatigue Mechanics of offshore structures

Ship Technology Research (STR) is :-

• International, Peer-Reviewed, Open Access, Refereed, Hydrodynamic, Modelling of environment, Structural dynamics, Strength, Mechanics of offshore structures, Life-cycle, Ocean Engineering , Online or Print , Triennially Journal

• UGC Approved, ISSN Approved: P-ISSN P-ISSN: 0937-7255, E-ISSN: 2056-7111, Established: 2025, Impact Factor: 1.4
• Provides Crossref DOI

• Not indexed in Scopus, WoS, DOAJ, PubMed, UGC CARE