Kul Ship Project A. Course contents. Heikki Remes. Applied Mechanics Marine Technology

Transkriptio

1 Kul Ship Project A Course contents Heikki Remes Applied Mechanics Marine Technology

2 Course in the marine technology study path

3 Link to Other Courses Ship Conceptual Design -course Ship Project -course Ship Hydrodynamics and Stability Main dimensions päämitat ja and power alustava tehontarve Hull linjakuvat form Shipyard engineering kuljetustehtävä Mission Concept konseptisuunnittelu Design Costs & valmistuskustannukset Contract Preliminary alkusuunnittelu Design Damage vuotovakavuus stability sopimussuunnittelu Contract Design CAD in Naval Architecture Hydrostatics hydrostatiikka Ship Structures and Stability -courses vuotopituus Free board ja varalaita & Floodable length General yleisjärjestely arrangement valmistusaineisto Structure rakenne tehontarve ja kuljetuskoneisto Power and machinery Ship Structures and Shipyard Engineering lastikapasiteetti ja ehjän Cargo aluksen and vakavuus intact stability omapaino Weight Ship Stability and safety Ship Machinery and Hydrodynamics

4 Learning outcomes Can apply the knowledge and methods learned before in different stages of concept design Can make a synthesis using the classical approach for conceptual design of ships Can analyse the relationships between technological and economical performance indicators of a case ship Other skills to learn: groupworking, critical thinking, Lifelong learning, project management

5 Course organization Extensive project work Work is done trough five assignments: work plan + delivery Final project work is based on weekly exercises One project group consist of 2-3 person Work plans done by groups are presented in workshops (F175b) Each group presents their working plan for each assignment step The presentation (15 minutes) includes 1. Identification of a gap between the ship project after Ship Conceptual Design -course and project work requirements. 2. The detailed work plan including the justifications of the selections and explanation about the applied methods 3. Expected outcome / results and reporting plan Optional workshops (Computer room Pilssi) is organized on student request The request should be send by to teachers (heikki.remes@aalto.fi & risto.jalonen@aalto.fi) one day beforehand. The challenges and questions should be included into a Personal Portfolio Project report References are allowed

6 Project work Create a feasible and reliable concept design for your ship project Design should include all main disciplines Resistance, propulsion and machinery General arrangement Hull structure Light weight and stability of undamaged ship Cost and ship price Main dimensions päämitat ja and power alustava tehontarve Hull linjakuvat form Hydrostatics hydrostatiikka vuotopituus Free board ja varalaita & Floodable length General yleisjärjestely arrangement kuljetustehtävä Mission Concept konseptisuunnittelu Design Costs & valmistuskustannukset Contract Preliminary alkusuunnittelu Design Damage vuotovakavuus stability sopimussuunnittelu Contract Design valmistusaineisto Structure rakenne tehontarve ja kuljetuskoneisto Power and machinery lastikapasiteetti ja ehjän Cargo aluksen vakavuus and intact stability omapaino Weight

7 Project work DURING THE PROJECT THESE THINGS MUST BE ACCEPTED: Final dimensions, general arrangement, hull structure, weight calculations, resistance Calculations, stability calculations, ship machinery Final lines drawing Assignment and seminar presentation ASSIGNMENT TO BE COMPLITED: Description of transport assignment General arrangement + charts Lines drawing Structural drawings Hydrostatics Hydrodynamics (resistance, propulsion etc.) Strength calculations Short out-line, weight and cost calculations Schedule of the project (control points) Seminar presentation Brochure (10 pages summary) Main dimensions päämitat ja and power alustava tehontarve Hull form linjakuvat Hydrostatics hydrostatiikka vuotopituus Free board ja varalaita & Floodable length General yleisjärjestely arrangement kuljetustehtävä Mission Costs & valmistuskustannukset Contract valmistusaineisto Structure rakenne tehontarve ja kuljetuskoneisto Power and machinery Preliminary alkusuunnittelu Design Damage vuotovakavuus stability sopimussuunnittelu Contract Design lastikapasiteetti ja ehjän Cargo aluksen vakavuus and intact stability omapaino Weight Concept konseptisuunnittelu Design

8 Course and assignment scheduling

9 Course and assignment scheduling

10 General Info Course registration web-oodi ( Information (lectures, schedule, seminar, etc.) NOPPA ( Delivery of assignments trough (project webpages) Aalto Wiki ( or OPTIMA ( or Moodle (

11 General Info Responsible teacher Heikki Remes & Risto Jalonen Assistance and feedback Heikki Remes: (ship structures) Risto Jalonen: (GA and safety) Satu Hänninen: (hydrodynamics) Teemu Manderbacka: (ship stability)

12 Grading Grade composed of Project webpage & group portfolio 5% Assignments 35% Workshop presentations (15%) Final deliveries (20%) Final seminar presentation 10% Final project report 50% Acceptance criteria Half of the maximum points of each part Delay penalty on passing deadlines, -25% for every starting week

13 Next steps 1. Definition of project group 2-4 person per group 2. Creation of project webpages including subpages 1. Group portfolio Expertise of group (study path and previous studies) Aim of group (how this expertise is utilised) General aim of group and team work plan 2. Resistance, propulsion and machinery 3. General arrangement 4. Hull structure 5. Light weight and stability of undamaged ship 6. Cost and ship price 7. Summary of the project 3. Deadline for project pages is at 21:00 d=