SORTA 2010 - Abstracts of Accepted Papers
Topics
(1) Design of ships and special waterborne vessels
(1.1) Lončarić D, Brlić M, Fabijanić M, Keber L. SCHOONER TYPE TRAINING SHIP DESIGN.
(1.2) Gugić D, Slapničar V. APPLICATION OF ECONOMIC CRITERIA OF MERIT IN SHIP DESIGN.
(1.3) Adum I, Slapničar V, Gugić D. MEASURES OF MERIT AS CRITERIA IN SHIP DESIGN.
(2) Small crafts and inland waterway vessels
(2.1) Markovina R, Ukalović T. THE TRADITIONAL WOODEN BOAT'S BUILDING TECHNOLOGY IN KORČULA (FISHING BOAT – „GAJETA“).
(3) Organisation and economics of shipbuilding
(3.1) Čagalj A. THE MANAGEMENT MODEL OF INTERACTIVE NETWORK SHIPYARD.
(3.2) Bosančić F, Rovan M, Palaversić J. COMPUTER AIDED MANAGING OF SHIP BUILDING PROCESS.
(3.3) Šestanović B. EARNED VALUE MANAGEMENT IN SHIP BUILDING PROJECT.
(4) Technology, materials, protection and maintenance
(4.1) Stanić V. BUILDING TECHNOLOGY OF THE SHIP FOR SPECIAL CARGO TRANSPORTATION.
(4.2) Dundara Đ, Macan D, Radolovic V, Vujasinovic J. LAUNCHING OF THE SHIP WITH INSUFFICENT DISPLACEMENT.
(4.3) Mikaćić N, Čulić M. MODERN THIN PANEL PRODUCTION LINE (LASER-HYBRID TECHNOLOGY).
(4.4) Macan D, Dundara Đ, Čehić D, Tusun A, Milovan E. TECHNOLOGY OF CUTTER FABRICATION, MOUNTING AND CONTROLLED LOWERING INTO SHIP HULL – THEORY AND PRACTICE.
(4.5) Hadjina M, Fafandjel N, Šimundić S, Kolić D. SIMULATION METHOD FOR SHIPBUILDING PRODUCTION PROCESS DESIGN.
(4.6) Matulja M, Fafandjel N, Markovina R, Zamarin A, Kolić D. SHIPYARD PRODUCTION AREAS OPTIMAL LAYOUT DESIGN.
(4.7) Linić D, Lalović I. MODERN SCANNING METHOD OF AN EXISTING SHIP HULL FORM WITH THE EXAMPLE OF «MARKO POLO» FERRY REPARATION.
(4.8) Šikić G, Bistričić M, Butković S. VISUAL SYSTEM FOR HULL STRUCTURE PAINT QUANTITY ESTIMATION.
(4.9) Ljubenkov B, Mihailović M, Sladoljev Ž, Zaplatić T, Žiha K. CONCEPTUAL DESIGN OF SHIPYARD ON THE RIVER DANUBE.
(4.10) Ljubičić P, Kodvanj J, Ljubenkov B. MECHANICAL CHARACTERISTICS OF THE STAINLESS STEEL AT SUB-ZERO TEMPERATURES.
(5) Marine engineering, electrical engineering, automation and ship equipment
(5.1) Žibrat D. ANALYSIS OF MEASUREMENT PRINCIPLES OF FMCW AND GUIDED MICROWAVE RADAR INSTRUMENTS FOR LEVEL MEASUREMENT.
(6) Ship hydrodynamics, seakeeping and maneuverability
(6.1) Mrykin V.O, Lomov V.A, Kurnosov S.A, Dorri M.K. PROMISING SUBMARINE MOTION CONTROL CONSOLE WITH ELEMENTS OF ENVIRONMENT VISUALIZATION ON THE BASIS OF VIRTUAL DYNAMIC SYSTEMS APPLICABLE TO SUBMARINE SURFACING MANOEUVRE.
(6.2) Togunjac A-B, Vishnevsky L.I. DUAL-MODE CONTRAPROPELLER WITH CURVE STACKING LINE FOR BLADE.
(6.3) Vishnevsky L.I, Togunjac A-B. NON-TRADITIONAL PROPELLERS IS THE MEAN OF IMPROVEMENT OF PROPULSION OF SURFACE SHIPS.
(6.4) Warmowska M, Jankowski J. MODELING OF WATER FLOW ON DECK OF SMALL VESSEL.
(6.5) Hinz T, Matusiak J. FUZZY MONTE CARLO METHOD FOR PROBABILITY OF CAPSIZING CALCULATION USING REGULAR AND NON-REGULAR WAVE.
(6.6) Paladin G, Anzböck R, Orešković H. PATROL VESSEL MAIN DIMENSIONS DEFINITION WITH REGARD TO RESISTANCE – PREDICTION AND TOWING TANK TRIALS.
(6.7) Matulja D, Sportelli M, Prpić-Oršić J, Guedes Soares C. METHODS FOR ESTIMATION OF ADDED RESISTANCE OF A SHIP IN REGULAR WAVES.
(7) Structure strength, vibration and ship construction
(7.1) Bajić D, Prpić-Oršić J, Turk A. BOW FLARE IMPACT LOADS ON CONTAINERSHIPS.
(7.2) Žiha K, Parunov J, Ćorak M. THE CSR SHIP HULL GIRDER ULTIMATE STRENGTH CHECK PROCEDURE REVISITED.
(7.3) Dundara Đ, Kuzmanović O, Žanić V, Andrić J, Prebeg P. NEW INNOVATIVE DESIGN OF ROPAX SHIP.
(7.4) Parunov J, Ćorak M. USE OF NFEM IN STRUCTURAL DESIGN OF SHIPS WITH ICE NOTATION.
(7.5) Jurišić P, Parunov J. LONG-TERM PREDICTION OF GLOBAL CORROSION WASTAGE OF OIL TANKERS.
(7.6) Andrić J, Žanić V, Sponza D, Dundara Đ, Radalović V, Grgić M, Pirić K, Stipčević M. STRUCTURAL DESIGN OF LIVESTOCK CARRIER.
(7.7) Hadžić N, Ćorak M, Parunov J, Žiha K. COMPUTATIONAL UNCERTAINTIES OF HULL GIRDER RELIABILITY MODELLING.
(7.8) Senjanović I, Vladimir N, Tomić M, Hadžić N. HYDROELASTIC RESPONSE OF A LARGE CONTAINER SHIP.
(8) Marine transport and economics
(8.1) Klanac A, Kovač M, Nikolić P. ECONOMICS AND ENVIRONMENTAL IMPACT OF SHIP SPEED REDUCTION.
(9) Marine technology and environmental problems
(10) Law, rules and normisation
(10.1) Amižić P. LEGAL ASPECT OF RECYCLING OF SHIPS WITH A SPECIAL REFERENCE TO THE INTERNATIONAL CONVENTION FOR THE SAFE AND ENVIRONMENTALLY SOUND RECYCLING OF SHIPS.
(11) Quality management
(11.1) Južnić H, Pavletić D, Soković M. QUALITY IMPROVEMENT IN THE PRODUCTION OF THE SHIPS LOW-SPEED ENGINES.
(12) Technical-commercial presentations
(13) Other
(13.1) Buršić M, Vlašić K, Dundara Đ. ADVANTAGES OF IN-HOUSE NAVAL CALCULATION PROGRAM PACKAGE.
(13.2) Krajna T, Žiha K. SCIENTIFIC PUBLISHING IN CROATIAN SHIPBUILDING.
(13.3) Golik Klanac N, Ćuković K. PERCEIVED VALUE OF WEBSITES FOR USERS IN THE SHIPPING INDUSTRY.
(13.4) Blagojević B, Kuttenkeuler J. POSSIBILITES FOR IMPLEMENTATION OF PROJECT BASED LEARNING IN TRADITIONAL NAVAL ARCHITECTURE STUDIES.