Topic 3/1 - Fundamentals of Design and use of transport means

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1 General engineer support Topic 3/1 - Fundamentals of Design and use of transport means Lecture Operační program Vzdělávání pro konkurenceschopnost Název projektu: Inovace magisterského studijního programu Fakulty ekonomiky a managementu Registrační číslo projektu: CZ.1.07/2.2.00/

konkurenceschopnost Název projektu: Inovace magisterského studijního

2 Aim: After studying this topic, you will have an overview of possibilities, conditions and restrictions of use of transport, bridges, diving means when fulfilling engineer support tasks.

3 Contents of the lecture : 1. Introduction 2. Basic concepts and purpose of transport, bridge and diving means in the Army of the Czech Republic. 3. Transport means 4. Bridge means 5. Diving means 6. Conclusion

4 1. Introduction Corps of Engineer of ACR uses for carrying out tasks variety of means. The next lecture will discuss the floating means of transport, bridge and diving equipment. The means of transport, bridge devices and diving equipment play a major role in securing the movement of friendly forces.

The next lecture will discuss the floating means of transport, bridge and

5 2. Basic concepts and determination of transport means Military vessels are all kinds of floating craft, floating equipment and combat vehicles that are introduced and used in the Armed Forces of the Czech Republic and are intended to cross watercourses, to move or to work on a watercourse or to perform specific tasks of the armed forces to watercourses. Dividing of Military vessels: a) Military ships b) Military floating machinery c) Military floating equipment d) Amphibious military fighting vehicles

watercourses, to move or to work on a watercourse or to perform specific tasks of the armed forces to watercourses.

6 3. Transport means: The engineer forces of ACR uses the following means of transport: Inflatable boats with outboard motors (AVON, ZODIAC), Fiberglass boats with outboard motors (RUSB), Motor tugs (MO-634, MO-2000), Pontoon bridge kits (PMS), Engineer amphibious transport means ( PTS-10).

Fiberglass boats with outboard motors (RUSB), Motor tugs (MO-634,

7 2.1. Theory of vessels 3. Transport means basic concepts and theory of the vessels and sailing shapes of vessels buoyancy of vessels initial stability of vessels stability at high tilt angles tilting moments acting on the vessel unsinkability navigation resistance resistance of gliders drive of vessels maneuverability of vessels

vessels buoyancy of vessels initial stability of vessels stability at high tilt

8 3. Transport means 2.2. Hull of vessel basic concepts of hull, hull 2.3. propulsion basic concepts choice of propulsion equipment engines clutch gearbox shaft pipe system

9 3. Transport means 2.4. Vessel equipment: system of steering anchoring device coupling and mooring equipment towing and pushing device loading device mast equipment electrical equipment gear of vessel.

10 4. Bridge means Bridges had a significant role in influencing of economic and cultural development of mankind in the past. They are witnesses of technical level of advancement. Its role is not currently lost in development of other modes of transport. Also they play an irreplaceable role in most armies when security forces moved on roads. Their quick and appropriate use makes the movement of troops faster on the road. This is due to the fact that it is not necessary to go around and intricately overcome natural and artificial obstacles. Basic concepts Division of bridges Basic elements of metal bridges

Also they play an irreplaceable role in most armies when security forces moved on roads.

11 4. Bridge means Requirements for a construction of bridges: basic requirements materials, limit state of usability, limit state of bearing capacity, joints, design by testing, fatigue.

12 4. Bridge means Construction of military bridges folding bridges (one-piece, two-piece, multi-part) retractable bridges (one-piece, two-piece, multi-part) research directions.

13 5. Diving means 4.1. Fundamentals of diving 4.2. Diving sets 4.3. Diving compressors 4.4. Decompression chamber 4.5. Diving simulators

14 6. Conclusion Topics discussed during lecture: 1. basic concepts and predetermination of transport, bridge and diving means in ACR 2. transport means 3. bridge means 4. diving means used in ACR for fulfilling specific tasks of mobility.

and diving means in ACR 2. transport means 3.

15 References and further reading: 1. ŠTEVKO, Gabriel. Technika ženijního vojska plovoucí přepravní prostředky. Brno: Univerzita obrany, s. ISBN: Žen-2-4 Výcvik na vodě. Praha: MO, Žen-24-2 Motorový člun MO-634 s podvozkem SP-5. Praha: MO, Žen-24-3 Ženijní laminátový člun s přívěsnými motory (RUSB). Praha: MO, Žen Mostní tank MT-55A. Praha: MO, Žen Pásový obojživelný transportér PTS. Praha: MO, Žen Mostní automobil AM-50. Praha: MO, Žen Přepravník mostu PM-55. Praha: MO, ČOS :2005 Mechanizované mosty. Všeobecné technické požadavky. Praha: MO, 2005

Žen-24-3 Ženijní laminátový člun s přívěsnými motory (RUSB). Praha: MO, 1982. 5. Žen-34-11 Mostní tank MT-55A. Praha: MO, 1975. 6.

16 List of tasks for students: 1. Characterize basic requirements for vessel construction. Explain concepts of buoyancy of the vessel, initial stability of a vessel, unsinkability, resistance of gliders, maneuverability of vessels. 2. Describe, main parts of a vessel. 3. Characterize basic requirements of metal bridges construction. Clarify requirements for military bridges. 4. Describe, main parts of a bridge.

of gliders, maneuverability of vessels. 2. Describe, main parts of a vessel. 3.

Part 0 - Classification and Surveys Classification and Surveys I-0 2016-01

Code Edition I - Ship Technology Part 0 - Classification and Surveys Classification and Surveys I-0 2016-01 Part 1 - Seagoing Ships Chapter 1 - Hull Structures I-1-1 2016-01 Chapter 1 - Hull Structures