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sisvu:academicYear 2003 (xsd:int)
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sisvu:description Ship types, the purpose of ship structure, framing systems. Discretization of structure. Shipbuilding terminology.Rational procedure for thin wall structure design, based on mathematical modelling of loads, structural response, structural adequacy, reliability, structural cost.Modelling the loads: statistical and deterministic approach. Global and local loads. Extreme loads and load combinations. Rules and regulations of classification societies.Primary, secondary and tertiary strength. Longitudinal strength calculations. Buoyancy and weight. Shear forces and moments. Dynamic effects. Stresses and deformations Practical calculationsIdentification of design problem for ship structure - design variables, design constraints, objectives of design procedure. Design space, space of attributes. Principles for design model formulation ? analytic and synthetic modules. Adequacy analysis of structures ? deterministic and semi-probabilistic approach. Introduction to modelling a decision-making (DM) process ? subjective and objective decision-making.Multiple-criteria DM (attribute, objective) for structural optimisation (MADM, MODM). Exercises: Basic layout according to prototype ship. Calculation of global and local loads, according to rules and regulations. Shipbuilding drawings and dimensioning of ship's main frame. Calculation of longitudinal and transverse strength of main frame using FEM. Defining of the task for summer technical practice at a shipyard. (en)
sisvu:description Tipovi brodova, funkcija brodske konstrukcije i sustavi orebrenja. Idealizacija konstrukcije - strukture. Brodograđevno nazivlje.Racionalna procedura zasnivanja tankostjene konstrukcije modeliranjem: opterećenja, odziva, pouzdanosti, ekonomičnosti.Modeliranje opterećenja statističkim i determinističkim pristupom. Globalna i lokalna opterećenja. Ekstremna opterećenja i kombinacije opterećenja. Propisi klasifikacijskih društava.Primarna, sekundarna i tercijarna čvrstoća brodske konstrukcije. Uzdužna čvrstoća. Distibucija uzgona i težina. Poprečne sile i momenti savijanja. Dinamički utjecaji. Naprezanja i deformacije kod uzdužne čvrstoće broda. Praktično provođenje proračuna.Identifikacija projektnog problema brodske konstrukcije - projektne varijable, projektna ograničenja, ciljevi projektnog postupka. Projektni prostor, prostor atributa. Principi formuliranja projektnog modela - analitički i sintetski modul. Proračun podobnosti konstrukcije - deterministički i semiprobabilistički pristup. Uvod u modeliranje procesa donošenja odluke - subjektivno i objektivno odlučivanje. Tehnike višekriterijalnog optimiranja konstrukcija (MADM, MODM). Sadržaj vježbi: Definiranje osnovnog rasporeda prostora prema prototipu. Proračun globalnih i lokalnih opterećenja prema propisima. Brodograđevni nacrti i dimenzioniranje glavnog rebra prema prototipu. Proračun uzdužne ili poprečne čvrstoće na glavnom rebru prototipa pomoću MKE. Zadatak za industrijsku praksu. (hr)
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