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Dietmar Josef Hofer
Dietmar Josef Hofer
Christian Doppler Laboratory for Sustainable Circularity, University Graz
Bestätigte E-Mail-Adresse bei uni-graz.at
Titel
Zitiert von
Zitiert von
Jahr
Improving sustainability performance in early phases of product design: A checklist for sustainable product development tested in the automotive industry
JP Schöggl, RJ Baumgartner, D Hofer
Journal of Cleaner Production 140, 1602-1617, 2017
2612017
A Checklist for Sustainable Product Development-Improving sustainability performance in early phases of product design
J Schöggl, RJ Baumgartner, D Hofer
Proceedings of TMCE, 563-576, 2014
122014
Leichtbaukonzept für ein CO2-armes Fahrzeug
W Fritz, D Hofer, B Götzinger
ATZ-Automobiltechnische Zeitschrift 115 (9), 702-707, 2013
72013
CULT–CO2 Reduction by intelligent lightweight design in combination with alternative powertrain in a complete vehicle
R Steffan, O Šulcová, B Geringer, P Hofmann, D Hofer
Fisita Paper F2014-MVC-023, Maastricht, 2014
52014
Cycle4Value: A Blockchain-based Reward System to Promote Cycling and Reduce CO2 Footprint.
AK Seewald, M Ghete, T Wernbacher, M Platzer, J Schneider, D Hofer, ...
ICAART (2), 1082-1089, 2021
32021
Lightweight Design Concept for a Vehicle with Low CO2 Emissions
W Fritz, D Hofer, B Götzinger
ATZ worldwide 115 (9), 50-55, 2013
32013
Cycle4Value: A token-based incentive system to promote cycling
T Wernbacher, A Seewald, A Pfeiffer, M Platzer, D Hofer, M Ghete
CITIES 20.50–Creating Habitats for the 3rd Millennium: Smart–Sustainable …, 2021
2021
eCULT–a lifestyle, purist, lightweight urban vehicle
W Kriegler, M Gossar, T Lechner, D Hofer, H Sommer
Der Antrieb von morgen 2019: Diversifizierung konsequent vorantreiben 13 …, 2019
2019
Lightweight vehicle Design Concept with Low CO2 Emissions
W Fritz, D Hofer, B Götzinger
Auto Tech Review 3 (2), 24-29, 2014
2014
CULT-CO2 Reduction by Intelligent Lightweight Design in Combination with Alternative Powertrain in a Complete Vehicle Concept
B Geringer, P Hofmann, R Steffan, W Fritz, D Hofer, O Sulcova
Intelligent transport to solve our future mobility, safety and environmental …, 2014
2014
Sustainable product design and recycling optimization of innovative lightweight technologies
JP Schöggl, RJ Baumgartner, D Hofer
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