Ecological floating dock

Rosochowicz, K.; Łącki, T.

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Tytuł artykułu

Ecological floating dock

Autorzy

Rosochowicz K. , Łącki T.

Treść / Zawartość

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Abstrakty

This paper presents final results of E!2968 EUREKA – ECOLOGICAL DOCK project sponsored by the Polish State Scientific Research Committee. The consortium established for realization of the project is presented, ecological hazards are characterized, the most important legal regulations are specified, as well the design of the ecological floating dock SINE 212CD and a concept of conversion of the existing dock SINE 126CD to the class CLEAN is characterized. The paper also contains the complete bibliography of the elaborations done within the project. More information can be found on the web page www. oce.pg.gda.pl/oce2/eureka . This paper opens the series of the selected publications on various problems solved in the frame of the project, which are presented below.

Słowa kluczowe

EUREKA – ECOLOGICAL DOCK project structural strength construction technology designing ecological problems

Wydawca

Gdańsk University of Technology, Faculty of Ocean Engineering & Ship Technology

Czasopismo

Polish Maritime Research

Rocznik

2005

Tom

S 1

Strony

4--14

Opis fizyczny

Bibliogr. 177 poz., rys.

Twórcy

autor

Rosochowicz K.

autor

Łącki T.

Gdańsk University of Technology

Bibliografia

1. K. Rosochowicz: Introductory information and preliminary task program for the Ecological Dock E!2968 Project. (in Polish). Gdańsk, 2003
2. W. Doerffer: Design assumptions for an ecological dock for Baltic Sea region (in Polish). Gdańsk, 2003
3. K. Rosochowicz : Environment-friendly ﬂoatingdocks (in Polish). Gdańsk, 2003
4. A. Kubiak: General design assumptions for ﬂoatingdocks (autonomous, non-autonomous, for ship building and ship repair) with accounting for technical economical aspects and environmental protection (in Polish). Gdańsk, 2004
5. E. Bastian: Analysis and synthesis of technical design assumptions concerning ﬂoatingdocks(autonomous,nonautonomous, for ship building and ship repair) with accounting for the docks built in Polish shipyards (in Polish). Gdańsk, 2003
6. Sinus : Assessment of demand for shipbuilding and ship repair work by using ecological ﬂoatingdocks:SINE206 (in Polish). Gdańsk, 2004
7. K. Rosochowicz: Przyjazne środowiskowo doki pływające (Environment-Friendly Floating Docks). Gdańsk, 2004
8. K. Rosochowicz: Environment-Friendly Floating Docks (in Polish). Gdańsk, 2004
9. E. Bastian: Comparative analysis of technical operational parameters of existing ﬂoatingdocksoftheliftingcapacity ranging from 4.500 to 55.000 t (in Polish). Gdańsk, 2004
10. J. Girtler: A probabilistic model of operational process of ﬂoatingdocks (in Polish). Gdańsk, 2004
11. J. Girtler: Analytical critical study on formulation of technical design assumptions and principles of current and ﬁnal veriﬁcationofaﬂoatingdockregardingitsoperational reliability and safety as well as problems of environmental protection (in Polish). Gdańsk, 2004
12. J. Girtler: A method for formulation of technical design assumptions and current and ﬁnalveriﬁcationofﬂoating dock design with taking into account ecological problems associated with building and operation of the dock (including veriﬁcationofits design assumptions and ﬁnaldesign) (in Polish). Gdańsk, 2004
13. A. Kubiak: Analysis and synthesis of technical economical design assumptions for ﬂoatingdockswithaccountingfor their technical speciﬁcationandthescopeofthedesignand its realization in the aspect of energy, reliability and safety and environmental protection (in Polish). Gdańsk, 2004
14. J. Girtler: Analytical critical study on formulation of technical design assumptions and principles of current and ﬁnal veriﬁcationofaﬂoatingdockregardingitsoperational reliability and safety as well as problems of environmental protection (in Polish). Gdańsk, 2004
15. E. Bastian: Study on technical solutions of main drainage piping systems and elaboration of design assumptions for such system with accounting for its operational reliability and safety (in Polish). Gdańsk, 2004
16. Cz. Dymarski, J. Nakielski, A. Popek: Preliminary analysis of ﬂoatingdock’ssystemsanddesignassumptionsforsuch systems (in Polish). Gdańsk, 2004
17. Sinus: Preliminary design assumptions for modernization of 8000 t dock of Gdynia Naval Shipyard, SINE 126 0020-1 (in Polish). Gdańsk, 2004
18. Sinus: Elaboration of engineering assumptions and operational procedures for the planned “ecological” process of ship building and ship repair with the use of SINE 206 ﬂoatingdock (in Polish). Gdańsk, 2004
19. Sinus: A proposal of design assumptions for the ecological ﬂoatingdockSINE206 (in Polish). Gdańsk, 2004
20. M. Bogdaniuk, Z. Górecki, W. Puch: Synthesis of structural design requirements for dock’s hull. Design assumptions for the ﬂoatingdockoftheclassCLEANintheareaofstructural strength requirements (in Polish). Gdańsk, 2005
21. Cz. Dymarski: Preliminary opinion on four versions of modernization assumptions of 8000t dock of Gdynia Naval Shipyard (in Polish). Gdańsk, 2004
22. J. Stasiak, M. Grygorowicz: Hydromechanical qualities of a ﬂoatingdocktowedinseaconditions–short-and long-term predictions. Ecological ﬂoatingdock–speciﬁc hydromechanical problems (in Polish). Gdańsk, 2005
23. Sinus: Comments to the calculations SINE 126 201-255-1 (in Polish). Gdańsk, 2005
24. Sinus: An analysis of German ship repair market. Gdańsk, 2005
25. Collective work: Proceedings of the seminar on the project’s progress done in the year 2005 (in Polish). Gdańsk, 2005
Ecological problems
26. Collective work: 2003/2004 FINAL REPORT on qualiﬁcation of kinds of pollution emitted from a ﬂoatingdockinservice (in Polish). Gdańsk, 2004
27. Sinus: A proposal of design assumptions for the ecological ﬂoatingdockSINE206 (in Polish). Gdańsk, 2004
Legal problems
28. M. Bogdaniuk, Z. Górecki, W. Puch: Study and analysis of current legal and technical regulations for the construction of ﬂoatingdocks,concerning„HULL“.PartI,Analysisofthe classiﬁcationrulesof:DNV,GL,LR,NKK,PRS (in Polish). Gdańsk, 2004
29. E. Bastian: Legal background for designing the ﬂoatingdocks with accounting for their operational reliability and safety as well as environmental protection problems in the light of international and domestic regulations. Methods of selection of devices and systems, as well as of designing the ﬂoating docks with accounting for their operational reliability and safety, and environmental protection problems (in Polish). Gdańsk, 2004
30. M. Bogdaniuk, Z. Górecki, W. Puch: Study and analysis of current legal and technical regulations for the construction of ﬂoatingdocks,concerning„HULL“.Analysisofthe classiﬁcationrulesPartII: Reconstruction of the background for the rules of the classiﬁcationsocieties.PartIII: Comparative analysis and assessment of the requirements of the classiﬁcationsocieties(in Polish). Gdańsk, 2005
31. Sinus study on industrial environmental protection systems in relation to the ship docking process
Structural strength problems
32. M. Bogdaniuk, Z. Górecki, W. Puch: Analysis of the relation between size and location of ballast tanks and possibility of local adjustment of forces exerted on keelblocks – a way to automatic safe docking the ships. Part II: Analysis of technical solutions - features of hull structure of ﬂoatingdocks (in Polish). Gdańsk, 2005
33. J. Girtler: Identiﬁcationoftheproblemofdockingtheships by using ﬂoatingdocksintheaspectoftheirdesigningand operating (in Polish). Gdańsk, 2003
34. J. Girtler: A method of forming reliability and safety of ﬂoatingdocks(in Polish). Gdańsk, 2003
35. M. Bogdaniuk, Z. Górecki, W. Puch, M. Tujakowski: Tentative requirements and strength criteria for dock’s hull structure, accounting for inﬂuenceofdimensionsof its pontoons and side walls on weight of the structure at a given length and load-carrying capacity of the dock. Design assumptions for a novel ﬂoatingdockofCLEANclass, concerning the strength requirements. Part I: Calculations of unit mass (per 1 m of length) of three selected docks (in Polish). Gdańsk, 2004
36. M. Bogdaniuk, Z. Górecki, W. Puch: Description of the role of particular elements of dock’s structure. Analysis of technical solutions – features of hull structure of ﬂoatingdocks.PartI: Design and structural calculations of the dock’s rooﬁng (in Polish). Gdańsk, 2004
37. M. Bogdaniuk, Z. Górecki, W. Puch: Analyses, considerations and calculations relating to problems associated with docking process. Analysis and synthesis of selected strength problems of dock-ship system. Part I and II: Considerations and calculations regarding reaction forces in keelblocks. Analysis of detrimental inﬂuenceofmassdistributiononstressesin dock’s structure (in Polish). Gdańsk, 2004
38. M. Bogdaniuk, Z. Górecki: Construction of keelblocks for ﬂoatingdocks.Analysisoftechnicalsolutions–featuresof hull structure of ﬂoatingdocks (in Polish). Gdańsk, 2004
39. M. Bogdaniuk, Z. Górecki, W. Puch: Analysis of technical solutions – features of hull structure of ﬂoatingdocks. Description of the role of particular elements of dock’s structure. Part II: Calculations verifying the design of dock’s rooﬁngstructure (in Polish). Gdańsk, 2005
40. M. Bogdaniuk, Z. Górecki, W. Puch: Analysis and synthesis of selected strength problems of dock-ship system. Analyses, considerations and calculations relating to problems associated with docking process. Part II: Inﬂuenceofship’s hull deformations on stresses in dock’s structure. Inﬂuence of ship’s hull permanent deﬂectiononstressesindock’s structure. Analysis of possible lowering stresses in dock’s structure by appropriate distribution of ballast within the dock and deliberate change of height of selected keelblocks (in Polish). Gdańsk, 2005
41. M. Sperski: Selected problems of designing and construction of ﬂoatingdocks.Loading,constructionandstructural strength calculations. A review of docks, slipways and lifts operating in ship repair yards worldwide in the year 2004. Elements of dock’s structure and classiﬁcationofﬂoating docks (in Polish). Gdańsk, 2005
42. M. Bogdaniuk, Z. Górecki, W. Puch: Loads to exhaust ultimate load-carrying capacity of dock structure in general bending. Loads which cause yielding/permanent deformations of dock’s pontoon girders. Typical structural failures of ﬂoatingdocks–collapsestates(in Polish). Gdańsk, 2005
43. M. Bogdaniuk, Z. Górecki, W. Puch: Analysis of relation between dock’s subdivision into ballast tanks and possibility of docking short and very long ships. Analysis of technical solutions – features of hulls of ﬂoatingdocks.PartI:Design and calculations of dock’s rooﬁngstructure(in Polish). Gdańsk, 2005
44. M. Sperski: Selected problems of designing and construction of ﬂoatingdocks.Loading,constructionandstructural strength calculations. Part II : Hull geometry and loading, ﬂoatabilityandstability(inPolish).Gdańsk, 2005
45. J. Patkowski: Rules for the construction and classiﬁcationof ﬂoatingdocks,Adraftof2004 (in Polish). Gdańsk, 2004
46. D. Duda, A. Kłudka, A. Łabuć: Measurements of deformations of the ﬂoatingdockofGdyniaNavalShipyard(in Polish). Gdańsk, 2005
Devices and systems
47. E. Bastian: Methods for selection of devices and systems as well as for designing the ﬂoatingdockswithaccountingfor their operational reliability and safety, and environmental protection problems (in Polish). Gdańsk, 2004
48. Cz. Dymarski, P. Łubiński: Preliminary analysis of driving system for ﬂoatingdockroofsegments (in Polish). Gdańsk, 2004
49. P. Łubiński: Analysis of applicability of transport cranes on ecological ﬂoatingdock(in Polish). Gdańsk, 2004
50. P. Łubiński: Analysis of applicability of side ports closing access openings in outer transverse wall of ecological ﬂoating dock (in Polish) . Gdańsk, 2004
51. Cz. Dymarski, D. Śledź: General design concept of dock ﬁre protection system (in Polish). Gdańsk, 2004
52. Cz. Dymarski: Preliminary opinion on four variants of the design concept of ﬂoatingdock’srooﬁng(in Polish). Gdańsk, 2004
53. T. Wieszczeczyński: Analysis of major problems and requirements dealing with equipment of ﬂoatingdocksinthe aspect of environmental protection (in Polish). Gdańsk, 2004
Problems of engineering processes
54. M. Bogdaniuk, Z. Górecki, W. Puch: Description of ship docking- in / docking -out processes. Analysis and synthesis of selected strength problems of dock-ship system. Part I: Description of ship docking process – Service manual of docking (in Polish). Gdańsk, 2004
55. T. Jabłoński, A. Stefanik, W. Fiedorowicz (Technical University of Szczecin): Analysis of the engineering processes carried out on ﬂoatingdocks,andproposalsfortheir modernization aimed at lowering their harmful inﬂuenceon the environment (in Polish). Gdańsk, 2005
56. A. Popek: Preliminary analysis of ship docking system for a ﬂoatingdock (in Polish). Gdańsk, 2004
57. Sinus: Technical speciﬁcationSINE212-CD0050-1.Analysis of alternative solutions of engineering processes carried out on ﬂoatingdockswithspecialaccountingforenvironment protecting devices , and elaboration of design assumptions for new devices as well as for novel ecological dock (in Polish). Gdańsk, 2004
Hydromechanics
58. Sinus: Hydrostatic data and stability information SINE 126 0410-0. Gdańsk, 2004
59. Sinus: Krzywe hydrostatyczne i informacja o stateczności. Hydrostatic curves and stability information. Gdańsk, 2004
60. J. Stasiak, M. Grygorowicz: Hydromechanical quailities of a ﬂoatingdocktowedinseaconditions–short-and long-term predictions. Ecological ﬂoatingdock–speciﬁc hydromechanical problems (in Polish). Gdańsk, 2005
61. J. Stasiak, M. Grygorowicz: Analysis of hydrostatic qualities of a ﬂoatingdock.Ecologicalﬂoatingdock– speciﬁc hydromechanical problems (in Polish). Gdańsk, 2005
Designing SINE 206
62. Sinus: Outline speciﬁcationSINE206-0050-0.Gdańsk,2004
63. Sinus: General arrangement plan SINE 206 - 0110-0. Gdańsk, 2004
64. Spatial arrangement SINE 206 0130-0. Gdańsk, 2004
65. Sinus: Capacity & sounding data of tanks SINE 206 0130-2. Gdańsk, 2004
66. Sinus: Free surface correction SINE 206 0130-3. Gdańsk, 2004
67. Sinus: Loading plan SINE 206 0150-0. Gdańsk, 2004
68. Sinus: Tank plan SINE 206 0160-0. Gdańsk, 2004
69. Sinus: Light dock weight distribution SINE 206 0320-0. Gdańsk, 2004
70. Sinus: Hydrostatic data SINE 206 0410-0. Gdańsk, 2004
71. Sinus: Stability in dock operation SINE 206 0420-0. Gdańsk, 2004
72. Sinus: Wytrzymałość wzdłużna doku (Longitudinal Strength) SINE 206 - 0520-0. Gdańsk, 2004
73. Sinus: Wytrzymałość poprzeczna doku (Transversal Strength) SINE 206 - 0520-1. Gdańsk, 2004
74. Sinus: Towing condition calculation SINE 206 - 0520-3. Gdańsk, 2004
75. Sinus: DeﬂectionandstresscalculationinthedockSINE206 - 0520-4. Gdańsk, 2004
76. Sinus: Rules Requirement Calculations SINE 206 - 101-10-0. Gdańsk, 2004
77. Sinus: Moulding plan SINE 206 - 1020-0. Gdańsk, 2004
78. Sinus: Transverse section SINE 206 - 1040-1. Gdańsk, 2004
79. Sinus: Hull division plan SINE 206 - 1060-7. Gdańsk, 2004
80. Sinus: Weights and centre of gravity calculation SINE 206 - 1060-8. Gdańsk, 2004
81. Sinus: Pontoon construction SINE 206 - 1100-1. Gdańsk, 2004
82. Sinus: Keelblock arrangement and construction SINE 206 - 1100-4. Gdańsk, 2004
83. Sinus: Side & longitudinal bulkheads SINE 206 - 1200-2. Gdańsk, 2004
84. Sinus: Transverse tunnel construction SINE 206 - 1200-3. Gdańsk, 2004
85. Sinus: Decks construction SINE 206 - 1400-1. Gdańsk, 2004
86. Sinus: Deckhouse SINE 206 - 1700-1. Gdańsk, 2004
87. Sinus: Ballast piping diagram SINE 206 5210-2. Gdańsk, 2004
88. Sinus: Venting & sounding piping diagram SINE 206 5310-1. Gdańsk, 2004
SINE 212 CD
89. Sinus: Technical speciﬁcationSINE212-CD0050-1. Analysis of alternative solutions of engineering processes carried out on ﬂoatingdockswithspecialaccountingforenvironment protecting devices , and elaboration of design assumptions for new devices as well as for novel ecological dock (in Polish). Gdańsk, 2004
90. Sinus: Plan generalny - General arrangement SINE 212-CD 0110-1. Gdańsk, 2004
91. Sinus: Body lines SINE 212-CD 0120-1. Gdańsk, 2004
92. Sinus: Capacity and sounding data of tanks SINE 212-CD 0130-3. Gdańsk, 2004
93. Sinus: Loading plan SINE 212-CD 0150-1. Gdańsk, 2004
94. Sinus: Tank plan SINE 212-CD 0160-1. Gdańsk, 2004
95. Sinus: Hydrostatic data and stability information SINE 212- -CD 0410-1. Gdańsk, 2004
96. Sinus: Ballast system pressure loss calculation. Gdańsk, 2004
97. Sinus: Longitudinal strength SINE 212-CD 0520-1+ + Appendix. Gdańsk, 2004
98. Sinus: Transverse strength SINE 212-CD 0520-2 + Appendix. Gdańsk, 2004
99. Sinus: DeﬂectionandstresscalculationindockSINE212-CD 0520-5. Gdańsk, 2004
100. Sinus: Keelblock strength analysis SINE 212-CD 0530-1. Gdańsk, 2004
101. Sinus: Pontoon deck & platforms permissible load, concentrated and uniformly distributed SINE 212-CD 0530-2. Gdańsk, 2004
102. Sinus: Ecological dock 10000 t - furnishing list SINE 212-CD 0620-1. Gdańsk, 2004
103. Sinus: Rule requirement calculation SINE 212-CD 101-10-1. Gdańsk, 2004
104. Sinus: Hull members arr. & moulding plan SINE 212-CD 1000-1. Gdańsk, 2004
105. Sinus: Instrukcja eksploatacji doku SINE 212-CD 1020-1 (Service manual for the dock…) . Gdańsk, 2004
106. Sinus: Transverse section SINE 212-CD 1040-1. Gdańsk, 2004
107. Sinus: Welding table SINE 212-CD 1060-2. Gdańsk, 2004
108. Sinus: Hull division plan SINE 212-CD 1060-7. Gdańsk, 2004
109. Sinus: Obliczenia ciężaru i środka ciężkości - weight and centre of gravity calculations SINE 212-CD 1060-8. Gdańsk, 2004
110. Sinus: Pontoon construction SINE 212-CD 1100-1. Gdańsk, 2004
111. Sinus: Construction and keelblock arrangement SINE 212-CD 1100-2. Gdańsk, 2004
112. Sinus: Sponson construction SINE 212-CD 1100-3. Gdańsk, 2004
113. Sinus: Transverse bulkheads SINE 212-CD 1200-1. Gdańsk, 2004
114. Sinus: Tunnel construction SINE 212-CD 1200-2. Gdańsk, 2004
115. Sinus: Shell expansion SINE 212-CD 1300-1. Gdańsk, 2004
116. Sinus: Upper deck & safety deck construction SINE 212-CD 1400-1. Gdańsk, 2004
117. Sinus: Fore and aft platforms SINE 212-CD 1400-2. Gdańsk, 2004
118. Sinus: Deckhouses SINE 212-CD 1700-1. Gdańsk, 2004
119. Sinus: Movable dock covering SINE 212-CD 201-25-1. Gdańsk, 2004
120. Sinus: Stationary construction of dock covering SINE 212-CD 201-25-2. Gdańsk, 2004
121. Sinus: Mooring arrangement SINE 212-CD 2320-1. Gdańsk, 2004
122. Sinus: Arrangement of railings SINE 212-CD 2510-1. Gdańsk, 2004
123. Sinus: Arrangement of manholes and plugs SINE 212-CD 2730-1. Gdańsk, 2004
124. Sinus: Arrangement of hatches and companionways SINE 212-CD 2740-1. Gdańsk, 2004
125. Sinus: Arrangement of personal / cargo lift SINE 212-CD 3530-1. Gdańsk, 2004
126. Sinus: Pump room layout SINE 212-CD 404-1-1. Gdańsk, 2004
127. Sinus: Emergency generator room layout SINE 212-CD 404-1-3. Gdańsk, 2004
128. Sinus: Workshop layout SINE 212-CD 404-1-6. Gdańsk, 2004
129. Sinus: Foam room layout SINE 212-CD 404-1-7. Gdańsk, 2004
130. Sinus: Exhaust gas piping system SINE 212-CD 4320-1. Gdańsk, 2004
131. Sinus: Ballast system pressure loss calculation SINE 212-CD 501-521-2. Gdańsk, 2004
132. Sinus: Emergency diesel generator sea cooling water SINE 212-CD 5110-1. Gdańsk, 2004
133. Sinus: Technical fresh water diagram SINE 212-CD 5110-4. Gdańsk, 2004
134. Sinus: Compressed air piping diagram SINE 212-CD 5140-1. Gdańsk, 2004
135. Sinus: Steam piping diagram SINE 212-CD 5150-1. Gdańsk, 2004
136. Sinus: Bilge water system SINE 212-CD 5210-1. Gdańsk, 2004
137. Sinus: Ballast piping diagram SINE 212-CD 5210-2. Gdańsk, 2004
138. Sinus: Pontoon deck sludge diagram SINE 212-CD 5210-4. Gdańsk, 2004
139. Sinus: Air venting of ballast tanks SINE 212-CD 5310-1. Gdańsk, 2004
140. Sinus: Venting and sounding piping diagram SINE 212-CD 5310-2. Gdańsk, 2004
141. Sinus: Foam & ﬁrewaterpipingdiagramSINE212-CD 5510-1. Gdańsk, 2004
142. Sinus: CO2 piping diagram SINE 212-CD 5530-1. Gdańsk, 2004
143. Sinus: Accommodation ventilation duct layout SINE 212-CD 5600-1. Gdańsk, 2004
144. Sinus: Dock ventilation layout SINE 212-CD 5600-2. Gdańsk, 2004
145. Sinus: Sanitary water supply piping diagram SINE 212-CD 5710-1. Gdańsk, 2004
146. Sinus: Sanitary water transfer piping diagram SINE 212-CD 5720-2. Gdańsk, 2004
147. Sinus: Acetylene and oxygen piping diagram SINE 212-CD 5920-1. Gdańsk, 2004
148. Sinus: Electric network principal diagram SINE 212-CD 61100-1. Gdańsk, 2004
149. Sinus: Lighting plan SINE 212-CD 6240-1. Gdańsk, 2004
150. Sinus: Cable trays SINE 212-CD 6830-1. Gdańsk, 2004
151. Sinus: Switchboards and electronic equipment arrangement SINE 212-CD 6840-1. Gdańsk, 2004
SINE 126
152. Sinus: Informacje do obliczeń SINE 126 201-255-1 (Comments to calculations of ..). Gdańsk, 2005
153. Sinus: 3D beam analysis SINE 126 101-10-05. Gdańsk, 2005
SINE 126 CD
154. Sinus: Supplement to technical speciﬁcationofdockN.Sh.Y. in Gdynia. No 135 87/005 SINE 126-I CD. Gdańsk, 2005
155. Sinus: General arrangement SINE 126-I CD 0110-1. Gdańsk, 2005
156. Sinus: Capacity and scaling data of tanks SINE 126-I CD 0130-1. Gdańsk, 2005
157. Sinus: Preliminary loading plan SINE 126-I CD 0150-1. Gdańsk, 2005
158. Sinus: Weight and centre of gravity calculation SINE 126-I CD 0310-1. Gdańsk, 2005
159. Sinus: Preliminary hydrostatic data and stability information SINE 126-I CD 0410-1. Gdańsk, 2005
160. Sinus: Longitudinal strength SINE 126-I CD 0520-1+ + Appendix. Gdańsk, 2005
161. Sinus: 2D beam analysis web frame in middock SINE 126-I CD 0520-2. Gdańsk, 2005
162. Sinus: 3D beam analysis ﬁnalSINE126-ICD0520-3. Gdańsk, 2005
163. Sinus: Rule requirement calculation SINE 126-I CD 101-10-1. Gdańsk, 2005
164. Sinus: Transverse section SINE 126-I CD 1040-1. Gdańsk, 2005
165. Sinus: Sponson construction SINE 126-I CD 1100-3. Gdańsk, 2005
166. Sinus: Zakrycie doku SINE 126-I CD 2550-1 (Rooﬁngofthe dock..). Gdańsk, 2005
167. Sinus: System przesuwania zakrycia doku - napęd na koła SINE 126-I CD 2550-2. (Roof segment driving system – wheel drive) Gdańsk, 2005
168. Sinus: Komunikacja na doku SINE 126-I CD 2550-3 (Trafﬁc on the dock..). Gdańsk, 2005
169. Sinus: System przesuwania zakrycia doku - napęd linowy SINE 126-I CD 2550-4 (Roof segment driving system – rope drive). Gdańsk, 2005
170. Sinus: Schemat zasadniczy sieci elektrycznej SINE 126-I CD 61100-1 (General schematic diagram of electric network). Gdańsk, 2005
171. Sinus: Zakrycie doku SINE 126-I CD 2550-1 (Dock’s rooﬁng). Gdańsk, 2005
172. Sinus: Cable trays SINE 126-I CD 6830-1. Gdańsk, 2005
173. Sinus: Pontoon deck sludge diagram SINE 126-I CD 5210-4. Gdańsk, 2005
174. Sinus: Sounding & venting system SINE 126-I CD 5310-1. Gdańsk, 2005
175. Sinus: Pontoon tanks venting SINE 126-I CD 5310-2. Gdańsk, 2005
176. Sinus: Deck scuppers SINE 126-I CD 5320-1. Gdańsk, 2005
177. Sinus: Dock ventilation layout SINE 126-I CD 5600-2. Gdańsk, 2005.

Typ dokumentu

Bibliografia

Identyfikator YADDA

bwmeta1.element.baztech-article-BWM3-0007-0036