Dr.-Ing. Björn Carstensen
- Function
Scientific Assistant
- Commencement
16.01.2018
- Cessation
18.08.2022
- Issue of Dissertation
Rudder Force Calculation in the Early Design Stage Considering Propeller-Rudder-Interaction
- Subsequent Employment
Hamburgische Schiffbau-Versuchsanstalt GmbH
Carstensen,Björn
Ruderkraftberechnung in der frühen Entwurfsphase unter Berücksichtigung der Proppeler-Ruder-Interaktion.
November 2023
Ruderkraftberechnung in der frühen Entwurfsphase unter Berücksichtigung der Proppeler-Ruder-Interaktion.
November 2023
| File: | /t3resources/ssi/Veroeffentlichungen/2023/Bericht-Nr.782_Carstensen_Bjoern_Ruderkraftberechnung_in_der_fruehen_Entwurfsphase_unter_Beruecksichtigung_der_Propeller-Ruder-Interaktion.pdf |
Emmersberger,Christian;
Carstensen,Björn;
Lübcke,Adele;
Krüger,Stefan
A Method for Dimensioning Hybrid Power Supply Systems of Ships within the Early Design Stage.
2022
A Method for Dimensioning Hybrid Power Supply Systems of Ships within the Early Design Stage.
2022
| File: | /t3resources/ssi/Veroeffentlichungen/2022/PRADS2022Emmersberger.pdf |
Emmersberger,Christian;
Carstensen,Björn;
Lübcke,Adele;
Krüger,Stefan
The Necessity of Time-Based Calculations for Dimensioning of Hybrid Power Supply Systems of Ships within the Early Design Stage.
2022
The Necessity of Time-Based Calculations for Dimensioning of Hybrid Power Supply Systems of Ships within the Early Design Stage.
2022
| File: | /t3resources/ssi/Veroeffentlichungen/2022/IMAM2022_Emmersberger.pdf |
Carstensen,Björn;
Krüger,Stefan
Coupling of a Boundary Element Method with a Boundary Layer Method for Accurate Rudder Force Calculation within the Early Design Stage.
June 2021
Coupling of a Boundary Element Method with a Boundary Layer Method for Accurate Rudder Force Calculation within the Early Design Stage.
June 2021
| File: | /t3resources/ssi/Veroeffentlichungen/2021/OMAE2021-62363-Carstensen.pdf |
Krüger,Stefan;
Carstensen,Björn;
Will,Johannes;
Matin,Farhan;
Kleinsorge,Lutz;
Grabert,Rainer
ESD@SEA – Entwurf von propulsionsverbessernden Massnahmen bei Betriebsbedingungen.
2021
ESD@SEA – Entwurf von propulsionsverbessernden Massnahmen bei Betriebsbedingungen.
2021
| File: | /t3resources/ssi/Veroeffentlichungen/2021/08_ESDSEA_FIN.pdf |
Krüger,Stefan;
Carstensen,Björn;
Johnsen,Lars;
Büsken,Andreas;
Lassota,Leonike
Abschlussbericht ESD@Sea - Entwurf von propulsionsverbessernden Maßnahmen (Energy Saving Devices) bei Betriebsbedingungen.
2021
Abschlussbericht ESD@Sea - Entwurf von propulsionsverbessernden Maßnahmen (Energy Saving Devices) bei Betriebsbedingungen.
2021
| File: | /t3resources/ssi/Veroeffentlichungen/2021/ESD_at_Sea_Abschlussbericht_TUHH_digital.pdf |
Carstensen,Björn
A Method for Rudder Force Calculation in the Design Process Considering Rudder-Propeller-Interaction.
2019
A Method for Rudder Force Calculation in the Design Process Considering Rudder-Propeller-Interaction.
2019
| File: | /t3resources/ssi/Veroeffentlichungen/2019/carstensen_smp19.pdf |
Carstensen,Björn
Calculation of Rudder Forces in the Design Process Using a Panel Method with a Lifting Line Approach for Wake Alignment.
2019
Calculation of Rudder Forces in the Design Process Using a Panel Method with a Lifting Line Approach for Wake Alignment.
2019
Kloske,Robin;
Josten,Michal;
Carstensen,Björn
Resistance tests with 3D printed models in the early ship design stage of high speed vessels.
2019
Resistance tests with 3D printed models in the early ship design stage of high speed vessels.
2019
| File: | /t3resources/ssi/Veroeffentlichungen/2019/Kloske_Josten_Carstensen_IMAM2019.pdf |
Krüger,Stefan;
Carstensen,Björn;
Johnsen,Lars;
Steinbach,Christoph;
Kleinsorge,Lutz;
Richter,Heike;
Grabert,Rainer
Statistische Bewertung von Energy Saving Devices in realen Betriebsbedingungen.
2019
Statistische Bewertung von Energy Saving Devices in realen Betriebsbedingungen.
2019
| File: | /t3resources/ssi/Veroeffentlichungen/2019/StatistischeBewertungVonEnergySavingDevicesInRealenBetriebsbedingungen.pdf |
Carstensen,Björn;
Falkenhorst,Arne;
Steinbach,Christoph M.
An Alternative Approach for the Parametric Description of Hydrowing Blades in the Design Process.
2017
An Alternative Approach for the Parametric Description of Hydrowing Blades in the Design Process.
2017
| File: | /t3resources/ssi/Veroeffentlichungen/2017/HIPER2017_Carstensen_Falkenhorst_Steinbach.pdf |