Monthly Archives: February 2020

Congratulations Syed Azad Chowhery, Licentiate in Mechanical Engineering!

Syed Azad Chowdhery presented his licentiate thesis entitled “A data-driven approach for Product-Service Systems design: Using data and simulation to understand the value of a new design concept” in front of an interested audience both present, and via online, on Friday afternoon. Syed presented the context and motivation for his research and then took the […]

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3D print med skolungdomar

Karlskrona Montessori-skola besökte Product Development Research Lab och Karlskrona Makerspace för en förmiddag kring digital produktutveckling med hjälp av 3D-print. Professor Tobias Larsson hade en introduktion till designprocessen att gå från idé till produkt och hur en analog design kan förvandlas till en digital, 3D-printad, prototyp. De 26 eleverna hade hemma i skolan redan fått […]

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Blivande uppfinnare på sportlovsbesök!

Produktutvecklingslabbet bjöd in till en eftermiddag i Karlskrona Makerspace där ungdomar fick delta i årets sportlovsaktivitet; att i team klura på ett problem och sedan uppfinna sig en lösning till problemet. Forskarna Tobias Larsson och Omsri Aedulla Kumar berättade kort om problemlösningsprocessen och vilket material de hade att jobba med för att lösa utmaningen. Med […]

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A data-driven design framework for early stage PSS design exploration

Abstract Ubiquitous and pervasive computing holds great potential in the domain of Product-Service Systems to introduce a model-driven paradigm for decision support. Data-driven design is often discussed as a critical enabler for developing simulation models that comprehensively explore the PSS design space for complex systems, linking of performances to customer and provider value. Emerging from […]

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Robust Optimization Scheme for Inverse Method for Crystal Plasticity Model Parametrization

Abstract A bottom-up material modeling based on a nonlocal crystal plasticity model requires information of a large set of physical and phenomenological parameters. Because of the many material parameters, it is inherently difficult to determine the nonlocal crystal plasticity parameters. Therefore, a robust method is proposed to parameterize the nonlocal crystal plasticity model of a […]

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