Elbe Flugzeug Werke
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General Terms and Conditions of Elbe Flugzeugwerke Gmbh for Sales Abroad
General Terms and Conditions of Elbe Flugzeugwerke GmbH for Sales abroad 1 Scope of Application contract. Such trade term (hereinafter “Trade Term”) shall be interpreted in accordance with the 1.1 The general terms and conditions for sales INCOTERMS in force on the date the contract is contained herein (the "Terms") shall apply to all concluded. Prices are exclusive of any taxes or quotations and sales made by Elbe duties that may be levied in connection with the Flugzeugwerke GmbH, a Gesellschaft mit supply of Products or Services, and that shall be beschränkter Haftung (GmbH) created and paid by the Customer. existing under the laws of the Federal Republic of Germany, registered at the Local Court in 4.2 Unless quoted as a fixed price for a specific Dresden, Germany, under the Company period or agreed otherwise in writing, EFW may Registration No. HRB 1378, with its Head Office adjust all prices to the general cost trend (in at Grenzstrasse 1, 01109 Dresden, Germany particular to labour agreements, material and (hereinafter "EFW") concerning the products and manufacturing costs alteration as well as services directly or indirectly supplied by EFW significant exchange rate fluctuations). (the "Products" and "Services"). 1.2 The validity of any customer (the “Customer”) 5 Terms of payment general terms and conditions, especially Customer’s standard terms and conditions of 5.1 Payment shall be made no later than thirty (30) purchase, is herewith expressly refuted. calendar days from the date of invoice. All payments shall be deemed to have been effected 1.3 Deviations from these Terms require the explicit if and when they have been irrevocably credited written approval of EFW. -
Bischoffbergersascha Ersatzteill
Hochschule Merseburg University of Applied Sciences Fachbereich Wirtschaftswissenschaften Fachgebiet Logistik Bachelorarbeit zur Erlangung des Grades Bachelor of Arts (B.A.) Ersatzteillogistik in der Luftfahrtindustrie vorgelegt bei Prof. Dr. rer. pol. Dirk Sackmann Zweitprüfer: Prof. Dr. rer. pol. Jörg Döpke eingereicht von: Sascha Bischoffberger Matrikel: BBW10 Kennnummer: 17902 Abgabetermin: 31.03.2016 Inhaltsverzeichnis Abbildungsverzeichnis........................................................................................................III Abkürzungsverzeichnis.......................................................................................................IV 1 Einleitung............................................................................................................................1 2 Literaturreview...................................................................................................................2 3 Logistik...............................................................................................................................6 3.1 Aufgaben und Prozesse...........................................................................................7 3.2 Logistikbereiche.......................................................................................................8 4 Ersatzteillogistik.................................................................................................................9 4.1 Definition Ersatzteil................................................................................................10 -
„Aerodynamischer Auftrieb Bei Überschallgeschwindigkeit“ Adolf Busemann VOLTA-Kongress, Rom, 2
Koautoren: Werner Heinzerling Hans Försching Helmut Schubert Hans Galleithner Bernd Krag Burghard Ciesla H.U. Meier, CEAS, 2007 Ziel der Recherche Detaillierte Dokumentation der Ergebnisse einer bis dahin einmaligen Forschungs- und Entwicklungsinitiative auf dem Gebiet des Flugzeugbaus. Auf dieser Basis sollte der Technologietransfer zu den Alliierten nach 1945 objektiviert werden. Entwicklungsgeschichte der englischen Ausgabe „Die Pfeilflügelentwicklung in Deutschland bis 1945“ • 2006 (Nov) Deutsche Auflage • 2007 Roger Simpson (AIAA Präsident) möchte das Buch übersetzen lassen. • 2008 Einverständnis der Autoren, des Verlags und dem DLR. Bedingungen: Übersetzung durch Autoren, Kosten übernimmt DLR • Egon Stanewsky: Übersetzer D in DE • Richard Sanderson: Proofreader DE in EE Thank You! • Pat Dumoulin: AIAA Senior Editor EE in AE • Meridith Perkins: AIAA Copy Editor AE in ? • 2010 (Okt) Englische Auflage (AIAA / DGLR) „Rechteckflügel“ Me 109 Ungepfeilte Flügel Transall C160 FW 190 Pfeilflügel Delta Flügel EADS EF 2000 Airbus A300 Der 5. VOLTA-Kongress 1935 in Rom, ein Durchbruch in der Hochgeschwindigkeitsaerodynamik. 1930 wird die Stiftung „Fondazione Alessandro Volta“ gegründet, um diesen großen italienischen Physiker (1745-1827), dem Erfinder der Batterie, zu ehren. Zum 5. VOLTA-Kongress hatte Prof. G. Arturo Crocco über das Thema “Hochgeschwindigkeitsflugzeuge” eingeladen. Diese Tagung fand in Rom in der Villa Farnesina statt, einem Museum mit einmaligen Fresken von Raffael und Peruzzi. 5. Volta Kongress in Rom Villa Farnesina Amor und die drei Grazien von Raffael A. Busemann C. Wieselsberger G. A. Crocco L. Prandtl Ludwig Prandtls Vorschlag für das Volta Tagungsprogramm • Zusätzliches Vortragsthema: „Aerodynamischer Auftrieb bei Überschallgeschwindigkeit“ • Vortragender: Adolf Busemann geb. 1901 in Lübeck 1924 Promotion bei E. Föppl 1925 Kaiser Wilhelm Inst. -
Livre 1.Indb
European Aeronautic Defence and Space Company EADS N.V. Registration Document 2010 European Aeronautic Defence and Space Company EADS N.V. (the “Company” or “EADS” and together with its subsidiaries, the “Group”) is a Dutch company, which is listed in France, Germany and Spain. The applicable regulations with respect to public information and protection of investors, as well as the commitments made by the Company to securities and market authorities, are described in this registration document (the “Registration Document”). In addition to historical information, this Registration Document includes forward-looking statements. The forward-looking statements are generally identified by the use of forward-looking words, such as “anticipate”, “believe”, “estimate”, “expect”, “intend”, “plan”, “project”, “predict”, “will”, “should”, “may” or other variations of such terms, or by discussion of strategy. These statements relate to EADS’ future prospects, developments and business strategies and are based on analyses or forecasts of future results and estimates of amounts not yet determinable. These forward-looking statements represent the view of EADS only as of the dates they are made, and EADS disclaims any obligation to update forward-looking statements, except as may be otherwise required by law. The forward-looking statements in this Registration Document involve known and unknown risks, uncertainties and other factors that could cause EADS’ actual future results, performance and achievements to differ materially from those forecasted or suggested herein. These include changes in general economic and business conditions, as well as the factors described in “Risk Factors” below. This Registration Document was prepared in accordance with Annex 1 of EC Regulation 809/2004, filed in English with, and approved by, the Autoriteit Financiële Markten (the “AFM”) on 19 April 2011 in its capacity as competent authority under the Wet op het financieel toezicht (as amended) pursuant to Directive 2003/71/EC. -
A330-300/-200 P2F Next-Generation Widebody Conversion A330-300/-200 P2F
IN SERVICE FROM 2017 ONWARDS A330-300/-200 P2F Next-Generation Widebody Conversion A330-300/-200 P2F Proven design, high-level workmanship and expertise. A NEW GENERATION PROVEN EXPERIENCE Based on the success of the A300/A310P2F regular Airbus fleet will provide new standards in conversion program with more than 190 freighter usability and economics in this market segment. aircraft redelivered worldwide, the next generation of Airbus medium widebody freighter conversions is Alongside to the A320/A321P2F in the narrowbody ready to take over – the A330-200/-300P2F. segment and the Airbus A330-200F production freighter the A330-200/-300P2F will be the back- Unprecedented efficiency, the ideal volume & payload bone of the new Airbus freighter family – ready characteristics and a perfect integration into the from 2017. › E-log book › Real time data link › Fly-by-wire architecture › Better monitoring › Higher reliability Technology jump › Cockpit Commonality from the › Advanced auto riveting A300-600 › Less maintenance › Cross Crew Qualification › Lower operating cost › Mixed Fleet Flying › Liquid spares market › No more cables and rigging A330-300/-200 P2F CONVERSION FEATURES MAIN DECK CARGO COURIER AREA WITH 9G CRASH NET AND DOOR COURIER MODULE SMOKE CURTAIN 141” clear width & 101” clear 4 CAS, full provisions for galley Proven design: weight saving and height, hydraulically operated. equipment, stowage compartment durability for maximum payload. and all new Lav. A. NEW REINFORCED FLOOR GRID & NEW FREIGHTER FLOOR PANELS The all new freighter floor provides multiple benefits: optimized freighter floor for maximum running loads, all-new structure for long-term operational freedom, less corrosion findings and less maintenance, no design service limitations by conversion kit, maximum common- ality with its sister ships & high value for investors. -
Saxony's Aerospace Industry
A Business Location at its Best Saxony Economic Development Corporation Right in the heart of Europe Reykjavik A German federal state 3 h in the center of Europe, Helsinki Oslo Tallinn a bridge between Stockholm 2 h Moscow East and West Riga Copenhagen Vilnius Dublin Minsk Hamburg 1 h Warsaw Amsterdam London Berlin 15 h 10 h 5 hSaxony Brussels Frankfurt Kiev Prague Luxembourg Bratislava Paris Munich 8 h Vienna Budapest Bern Bucharest Zagreb 16 h Sofia Lisbon Rome Madrid 24 h Athens Saxony Economic Development Corporation November 25, 2013 - 2 Saxony at a glance 2012 Area: 18,420 sqkm Population: 4.1 million Population density: 224 inhabitants/sqkm GDP: € 96,600 million Industrial turnover: € 52,600 million Export rate (share of GDP): 32.7 % Share of small / midsized companies (< 250 employees): 93 % Largest cities: – Dresden (state capital) 535,561 inhabitants – Leipzig 542,117 inhabitants – Chemnitz 243,854 inhabitants International airports: Leipzig-Halle, Dresden Saxony Economic Development Corporation November 25, 2013 - 3 Setting your business in motion Saxony‘s infrastructure SAXONY-ANHALT POLAND BRANDENBURG Europe’s most modern air cargo hub with 24/7 service – DHL Hub Leipzig Central logistics hub at the interface of Western and Eastern Europe – intersection of Europe´s major roads THURINGIA One of the densest rail networks worldwide Cross-border trade on the CZECH REPUBLIC Elbe river (Czech Republic – Port of Hamburg) BAVARIA Saxony Economic Development Corporation November 25, 2013 - 4 State of the art Saxony‘s training & research infrastructure Hoyerswerda 2 3 2 1 Rothenburg / O.L. 1 Saxony is the German federal Riesa 1 3 3 2 1 state with the second most 1 1 Bautzen Leipzig 3 2 4 4 1 Görlitz dynamic trend in innovation. -
A330-300/-200 P2f
A330-300/-200 P2F CONTACT US Elbe Flugzeugwerke GmbH Conversion Grenzstrasse 1 · 01109 Dresden / Germany T +49 351 8839 - 2176 [email protected] Proven design, high-level workmanship and expertise. A NEW GENERATION www.efw.aero PROVEN EXPERIENCE Based on the success of the A300/A310P2F regular Airbus fleet will provide new standards in conversion program with more than 200 freighter usability and economics in this market segment. aircraft redelivered worldwide, the next generation of Airbus medium widebody freighter conversions is A330-300/-200 P2F Alongside to the A320/A321P2F in the narrowbody ready to take over – the A330-200/-300P2F. segment and the Airbus A330-200F production Next-Generation Widebody Conversion freighter the A330-200/-300P2F is the backbone Unprecedented efficiency, the ideal volume & payload of the Airbus freighter family. characteristics and a perfect integration into the › E-log book › Real time data link › Fly-by-wire architecture IMPRINT › Better monitoring › Higher reliability Concept and design Technology jump › Cockpit Commonality from the Proxi.me › Advanced auto riveting A300-600 › Less maintenance Image credits › Cross Crew Qualification All rights reserved © Elbe Flugzeugwerke GmbH › Lower operating cost › Mixed Fleet Flying Printing 520 Serveis Gràfics › Liquid spares market › No more cables and rigging All information and data provided within this brochure are reference values and subject to alterations. A330-300/-200 P2F AIRCRAFT DATA A330-300P2F A330-200P2F maximum containerized volume 526m3 (18,581ft3) -
A300-600Rf A310-300F
A300/A310 P2F Design Features A300-600RF A310-300F MDCC Class „E“ cargo compartment from C18-C80 MAXIMUM TAKE-OFF WEIGHT (MTOW) 165,0 t to 171,5 t 363 800 lbs to 378 530 lbs MAXIMUM TAKE-OFF WEIGHT (MTOW) 153,0 t to 164,0 t 337 300 lbs to 361 550 lbs Reinforced Floor MAXIMUM LANDING WEIGHT (MLW) 138,0 t to 140,0 t 304 230 lbs to 308 650 lbs MAXIMUM LANDING WEIGHT (MLW) 123,0 t to 124,0 t 271 200 lbs to 273 370 lbs Structure & Floor Panels from C18-C79 MAXIMUM ZERO FUEL WEIGHT (MZFW) 123,0 t to 130,0 t 271 170 lbs to 286 600 lbs MAXIMUM ZERO FUEL WEIGHT (MZFW) 113,0 t to 114,0 t 249,120 lbs to 251 320 lbs MAXIMUM FUEL CAPACITY 68 150 litres 18 000 US Gal MAXIMUM FUEL CAPACITY 61 070 litres 16 130 US Gal MD - Manual cargo Door 4 LH/RH closed, 68 270 litres 18 030 US Gal loading system deactivated & blocked (with one Additional Centre Tank) (with one Additional Centre Tank) OPERATING WEIGHT EMPTY (OWE)* 81,3 t 179 230 lbs OPERATING WEIGHT EMPTY (OWE)* 73,9 t to 74,9 t 162 920 lbs to 251 320 lbs 9g safety barrier net & Plugged Windows smoke curtain between C19-C20 between C19-C80 MAXIMUM STRUCTURAL PAYLOAD* Up to 48,7 t Up to 107 360 lbs MAXIMUM STRUCTURAL PAYLOAD* Up to 40 t Up to 88 180 lbs ENGINES PW4158 and CF6-80C2A1/CF6-80C2A3/CF6-80C2A5 ENGINES PW4152/PW4156A and CF6-80C2A2/CF6-80C2A8 Door 1 LH/ RH will Lower Deck Cargo * Does not incl. -
Aftermarket Solutions 02//03
SAME BUT BETTER. FITTING YOUR NEEDS. Aftermarket composite solutions at best quality and durability from the original manufacturer EFW. Ready for take-off. AFTERMARKET SOLUTIONS 02//03 DID YOU KNOW... EFW AT A GLANCE THAT WHENEVER YOU FLY WITH AN AIRBUS, YOU STEP ON FLOOR MADE BY EFW More than COMPOSITE SOLUTIONS MAINTENANCE REPAIR AND OVERHAUL 35,000 Certified Production Organization DE.21G.0005 Certified Maintenance Organization DE.145.0040 COMPONENTS MANUFACTURED PER MONTH more than FROM FLAT FREIGHTER CONVERSION ENGINEERING SERVICES PANEL UP TO Certified Maintenance Organization DE.145.0040 Certified Design Organization EASA.21J.054 FULLY EQUIPPED 55,000 MONUMENT DIFFERENT PARTS For PAX and Cargo Panels EFW is FIRST TIER SUPPLIER SAXONY FOR THE ENTIRE AIRBUS FAMILY Kodersdorf GERMANY › Based in Dresden, › Experience in Dresden EFW holds the Germany aviation industry in › 1,700 employees Dresden since 1955 › Revenues of › 2 additional € 300 million production sites EASA PART 145, 21J, 21G › A company of ST in Kodersdorf, Engineering (55%) Germany: – APPROVAL and Airbus (45%) acosa and CCI-A AFTERMARKET SOLUTIONS 04//05 COMPOSITE SOLUTIONS AFTERMARKET SOLUTIONS PRODUCT PORTFOLIO n Layer (optional) Fabricated sandwich panel Opportunities for the direct business with airlines and MROs Layer Honeycomb core Layer LAY-UP n Layer (optional) EFW creates sandwich panels specifically according to EFW Replacement Panel EFW Customized Parts your requirements with different layers from glass and carbon fibre to metallic sheets and core materials -
Organisation of the Company's Businesses
Information on the Company’s Activities / 1.1 Presentation of the Company the Company has competitive, mature products that are far from The focus was on sharing (promoting) the voice of the customer the end of their lifecycle. inside Airbus, giving its employees a better understanding of 1 customer operations and needs. The Company prepares for the future by creating more sustainable and environmentally sound products that will use modern Unmanned Traffi c Management / Air Traffi c Management Organisation of the Company’s (ATM) systems and respond to new challenges, such as for Businesses example a potential pilot shortage. Innovation has as an underlying target to respond to the Flight Path 2050 targets The Company has organised its businesses into the following cutting CO2 emissions by 75%, NOx emissions by 90% and noise three operating segments: (i) Airbus (formerly Commercial emissions by 65% compared to levels from the year 2000. The Aircraft), (ii) Helicopters and (iii) Defence and Space. Beginning Company is committed to these targets and will contribute to in 2017, the Company merged its Group structure with its transforming the aerospace industry, its business conduct and largest division Commercial Aircraft. The merger provided pursue its ambition to build the future of fl ight. the opportunity to introduce a single Airbus brand for the Company and all its entities, effective since January 2017. The The Company is excelling in innovation and exploring cutting- segment formerly known as “Airbus Commercial Aircraft” is edge technologies enabling to create platforms that are easy to referred to as “Airbus”. The Company retains Airbus Defence manufacture, more automated and more connected: and Space and Airbus Helicopters as Divisions. -
Luftkrieg Über Tschetschenien Kampf Um Den Kaukasus
konflikte Luftkrieg über Tschetschenien Kampf um den Kaukasus militär Estland Balkanstaat neu in der NATO militär MiG-29 Gegen den Rest der Welt historie Zivilluftfahrt in der DDR London -Melbourne Teil 2: Die Interflug Das längste Luftrennen entsteht der Welt 4 195938 112805 8 luftverkehr Der zivile Luft verkehr der DDR - Teil 2 CD So sollte die 152 gar nicht in Erwägung gezogen. Mit dem in Dresden unter der Leitung strahliger, aus der Ju 287 abgeleiteter Bomber war 1946 in Dessau im liniendienst der von Professor Brunolf Baade entwickelten Flugzeug hoffte ma n gleich fertig gestellt worden und dort noch zu Rollversuchen gekommen, DLH aussehen. den Sprung vom Kolbenmotorflugzeug ins Strahlflugzeugzeitalterzu ehe die Verlagerung nach Ramenskoje, dem heutigen Flugerpro schaffen. Bei der DLH sollten ca . 20 Exemplare zum Einsatz kommen, bungszentrum Schukowski, erfolgte. Testpiloten und Erprobungsträ• Q) Prof. Dr. Rudolf und auch im Befehl Nr. 60/ S7 vom 29. Juli 1957 zur "Aufstellung eines ger für die unterschiedlichsten 'Antriebe hatte man der Einfachheit Scheinost (Entwick Regierungsflieger-Geschwaders" war die Bildung einer Flugstaffel mit halber gleich mit.,importiert". lungschef in Pirna), mindestens drei Baade 152 angewiesen worden. Das Flugzeug sollte So wurden z.B. mit einer Ju 88G-6 diverse Flugversuche mit Chefkonstrukteur 72 Passagiere mit einer Reisegeschwindigkeit von 800 km/ h über eine dem Pulsoschubrohr Jumo 226 durchgeführt und den Erstflug der Fritz Freytag, Entfernung von mehr als 2000 km befördern. EF-13 1 absolvierte der deutsche Werkspilot Paul JÜlge. 1948 ent Konstrukteur Der Prototyp der 152 hatte am 4. Dezember 1958 seinen erfolg wickelte das OKB- 1 als sogenanntes "Initiativprojekt" den Bomber Dr. -
Baade 152 (Flugzeug)
Was Sie schon immer mal wissen wollten – oder die letzten Geheimnisse der Luftfahrt Eine lose Folge von Dokumentationen vom Luftfahrtmuseum Hannover-Laatzen Stand Frühjahr 2014 - Seite 1 Diese Dokumentationen werden Interessenten auf Wunsch zur Verfügung gestellt und erscheinen in einer losen Folge von Zeiträumen. Compiled and edited by Johannes Wehrmann 2014 Source of Details Wikipedia and Internet Baade 152 (Flugzeug) AIC = 2.331.426X.30.82 Typ: Verkehrsflugzeug Entwurfsland: Deutsche Demokratische Republik Hersteller: VEB Flugzeugwerke Dresden Erstflug: 4. 12 1958 Stückzahl: 3 152er-Prototypen 152/I V1 und 152/II V4 Die 152, auch Typ 152 oder Flugzeug 152, gelegentlich auch nach ihrem Konstrukteur Brunolf Baade als Baade 152 benannt, war das erste in den 1950er-Jahren entwickelte deutsche Passagierstrahlflugzeug und das wichtigste Projekt des Flugzeugbaus in der Deutschen Demokratischen Republik (DDR). Gefertigt wurde es vom VEB Flugzeugwerke Dresden (FWD). Nach der Herstellung von drei Prototypen für die Flugerprobung und dem Beginn der Serienproduktion wurde das Projekt jedoch 1961 nach dem Ausbleiben von Bestellungen aus der Sowjetunion und anderen Ländern aufgrund mangelnder wirtschaftlicher Effizienz und fehlender Absatz-möglichkeiten eingestellt. Das Flugzeug ist zum Teil auch als Baade B-152, Dresden 152, Typ 152, VEB 152 oder VL-DDR 152 bekannt. Die manchmal in der Literatur verwendete Bezeichnung BB-152 oder BB 152 für Baade/Bonin ist historisch unkorrekt und wurde nie offiziell verwendet. Geschichte Anfänge Eine Gruppe von