8.1.- FLUID MECHANICS MODULAR LABOR

Hydraulik ist der Zweig der Wissenschaft, der sich mit den mechanischen Eigenschaften von Flüssigkeiten befasst, und die Strömungsmechanik ist die Grundlage der Hydraulik. EDIBON bemüht sich, auf die akademische Nachfrage nach der Vermittlung und dem Lernen der Grundlagen der Strömungsmechanik auf einfache und praktische Weise zu antworten. Zu diesem Zweck bietet es ein flexibles und modulares System zum Erlernen der Grundkenntnisse der Strömungsmechanik an.

Mehr sehen

Mit der Serie vorgeschlagener Module führen die Studenten Experimente durch, die die Gesetze der Hydraulik klar demonstrieren. Durch diese Experimente erwerben die Studenten auf natürliche, angenehme und unkomplizierte Weise Erfahrung im Umgang mit hydraulischen Instrumenten und Werkzeugen.

Die im Strömungsmechanik-Labor enthaltene Ausrüstung ermöglicht Flüssigkeitscharakterisierungen, Durchflussmessungen und -steuerungen, Studien der wichtigsten Phänomene und Prinzipien, die die Strömungsmechanik bestimmen, sowie das Kennenlernen von Anlagen, die in der Industrie weit verbreitet sind.

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FLUID MECHANICS MODULAR LABOR SYSTEME FÜR TECHNISCHE AUSBILDUNG

31 - 45 von 45 Artikel(n)

FME20

Available

8.1.5.- FLUSSVISUALISIERUNG

FME20

Demonstration von Laminarströmungen.

The Laminar Flow Demostration unit, "FME20", designed by EDIBON, allows a complete study of the bi-dimensional problems associated with laminar flow. Thanks to an efficient system of dye injection we can observe the different models of flow. It...

FME25

Available

8.1.5.- FLUSSVISUALISIERUNG

FME25

Fluidkanal, Länge: 1 m

The Flow Channel, lenght: 1 m, "FME25", designed by EDIBON, allows to study of the water behavior flowing through a channel.It basically consists of a channel of rectangular cross section with transparent walls, through which water flows.It has a...

HORIZONTAL OSBORNE REYNOLDS DEMONSTRATION - FME31

FME31

Available

8.1.5.- FLUSSVISUALISIERUNG

FME31

Horizontale Osborne Reynolds Demonstration.

The Osborne Reynolds Horizontal Demonstration Unit, "FME31", designed by EDIBON, allows to study the characteristics of a liquid flowing through a pipe and the Reynolds number in each of the liquid states.The FME31 unit makes it possible to study...

FME12

Available

8.1.6.- HYDRAULISCHE MASCHINEN: PUMPEN

FME12

Serien-/ Parallelgeschaltete Pumpen.

The Series/Parallel Pumps unit, "FME12", designed by EDIBON, allows the study of the coupling between two series/parallel centrifugal pumps, obtaining the characteristic curves as well as the calculation of the water flow rate.The unit consists of...

CENTRIFUGAL PUMP CHARACTERISTICS - FME13

FME13

Available

8.1.6.- HYDRAULISCHE MASCHINEN: PUMPEN

FME13

Eigenschaften von Kreiselpumpen.

The Centrifugal Pump Characteristics, "FME13", designed by EDIBON, allows the study of several centrifugal pump characteristics such as efficiency, series/parallel couplings, etc.The unit has a centrifugal pump with similar characteristics to the...

FME16

Available

8.1.7.- HYDRAULISCHE MASCHINEN: TURBINEN

FME16

Pelton- Turbine.

The Pelton Turbine unit, "FME16", designed by EDIBON, allows the study of the characteristics of the tangential wheels or pressure turbines commonly used to produce electricity in hydroelectric plants to exploit large hydraulic jumps of low...

FME21

Available

8.1.7.- HYDRAULISCHE MASCHINEN: TURBINEN

FME21

Radialturbine.

The Radial Flow Turbine unit, "FME21", designed by EDIBON, allows the study of a turbomachine, specifically radial turbines capable of handling slower flow levels than other turbine models.This unit consist of a miniature Radial Turbine with two...

FME27

Available

8.1.7.- HYDRAULISCHE MASCHINEN: TURBINEN

FME27

Axialturbine.

With the Axial Turbine, "FME27", designed by EDIBON, it is possible to study and to understand the axial flow turbines which, unlike the radial flow turbines, the working fluid is parallel to the axis of rotation.This unit consists of an axial...

FME28

Available

8.1.7.- HYDRAULISCHE MASCHINEN: TURBINEN

FME28

Francis- Turbine.

With the Francis Turbine unit, "FME28", designed by EDIBON, we study the Francis turbines commonly used when we have average flow rates and heights.This unit consists on a miniature Francis turbine. The water inlet flow is controlled by a valve...

FME29

Available

8.1.7.- HYDRAULISCHE MASCHINEN: TURBINEN

FME29

Kaplan- Turbine.

With the Kaplan Turbine unit, "FME29", designed by EDIBON, we study the Kaplan turbines commonly used when we have high flow rates but low flow height.This unit consists on a miniature Kaplan turbine. The water inlet flow is controlled by a valve...

FME05

Available

8.1.8.- HYDRAULISCHE ROHRE

FME05

Energieverlust in Kurven.

The Energy Losses in Bends unit, "FME05", designed by EDIBON allows to measure and compare the head losses produced by different singular elements: bends, section changes and valves, as well as to study the influence of the flow rate on the value...

FME07

Available

8.1.8.- HYDRAULISCHE ROHRE

FME07

Energieverlust in Rohren.

With the Energy Losses in Pipes, "FME07", designed by EDIBON, the user will be able to measure the head losses generated in a pipeline for different flow rates in both laminar and turbulent regimes.The unit consists of the following elements, used...

FME15

Available

8.1.8.- HYDRAULISCHE ROHRE

FME15

Wasserschlag.

With the Water Hammer unit, "FME15", designed by EDIBON, we can demonstrate the effects of the instantaneous or gradual variation of the velocity of a fluid.The water hammer phenomenon, which appears as a consequence of a rapid change in the...

FME23

Available

8.1.8.- HYDRAULISCHE ROHRE

FME23

Netzwerkgerät für Grundrohre.

The Basic Pipe Network Unit, "FME23", designed by EDIBON, allows the study of pressures and flows created by interconnected pipes, i.e. in a network.The objective of this unit is to simulate the problems that could originate in pipe networks, with...

UNIT FOR THE STUDY OF POROUS BEDS IN VENTURI TUBES (DARCY´S EQUATION) - FME24

FME24

Available

8.1.8.- HYDRAULISCHE ROHRE

FME24

Gerät zum Studieren von porösen Materialien in Venturi- Röhren (Darcy- Gesetz).

The Unit for the Study of Porous Beds in Venturi Tubes (Darcy´s Equation), "FME24", designed by EDIBON, for the study of porous beds in Venturi tubes (Darcy's Equation), allowing the complete and detailed understanding of this equation.The unit is...

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