Essays about: "flexible electronics"

Showing result 16 - 20 of 39 essays containing the words flexible electronics.

1. 16. Understanding the Problems in Volume Production and their Connections to Management of New Product Introduction Projects : A Case Study of the Project Management Factors and the Appurtenant Production Effects from Ramp-Up of New Product in Production for Contract Electronics Manufacturing

   University essay from Linköpings universitet/Industriell ekonomi

   Author : Niclas Frost; [2016]
   Keywords : Ramp-Up; New Product Introduction; Contract Manufacturing; New Product Development; New Product Development Projects; Production Ramp-Up; Industrialization; Time-To-Volume; Contract Electronics Manufacturing; Volume Production; Series Production; Low-Volume Production; Production Disturbances;

   Abstract : The ongoing globalization of companies has resulted in a highly competitive business climate where companies have to be cost-effective but still flexible with fast response to customer feedback and present in the international scene. In order to meet the fast paced technological development from the competition and changing demand of the customers, companies focus on creating new products and reducing their time-to-market with an early product launch to gain profits from increased market shares. READ MORE

3. 17. Radiation Hardened System Design with Mitigation and Detection in FPGA

   University essay from Linköpings universitet/Datorteknik

   Author : Hampus Sandberg; [2016]
   Keywords : FPGA; radiation; TMR; fault mitigation; fault injection; fault detection;

   Abstract : FPGAs are attractive devices as they enable the designer to make changes to the system during its lifetime. This is important in the early stages of development when all the details of the final system might not be known yet. READ MORE

4. 18. Carboxylated Cellulose Nanocrystals Extraction from Kraft Pulp Using Ammonium Persulfate as Low Cost Source & Sustainable Method for High Quality Flexible Packaging Bio-coating

   University essay from Lunds universitet/Förpackningslogistik

   Author : Gerald Perry Estavillo Marin; [2015]
   Keywords : affordable CNC extraction; high quality CNC; sustainable packaging; FT-IR; TEM; XRD; contact angle; transparency; haze; optical properties; food packaging; bio-packaging; bio-coating; plastics; PET film; polyethylene terephthalate; Kraft CNC; Kraft pulp; cotton CNC; oxygen barrier; nanocellulose crystals; ammonium persulfate; CNCs; cellulose nanocrystals; Chemistry;

   Abstract : One of the leading challenges presented in 21st century for packaging industry is to address the growing environmental problems related to non-renewable flexible packaging. This leads to new growing interest in bio-based materials, among them cellulose nanocrystals (CNCs), which have already shown good performance in improving anti-fog and oxygen & water vapor barrier properties when applied to flexible film. READ MORE

5. 19. Slow-response generator

   University essay from Högskolan i Halmstad/Akademin för informationsteknologi

   Author : Adam Davidsson; Fredrik Lindbom; [2015]
   Keywords : Slow-response; EGR;

   Abstract : Because of environmental pollution, forces the automotive industry constantly reduced emissions requirements legislated by the authorities. Improved techniques for engine control are a must for bringing down emissions. The use of an Exhaust Gas Recirculation (EGR) reduces NOx emissions significantly. READ MORE

6. 20. Designing Tools For A Shifting Landscape

   University essay from Umeå universitet/Designhögskolan vid Umeå universitet

   Author : Dongzhi Xia; [2015]
   Keywords : Design Tools; Prototyping; Sketching in Hardware; Interaction Design; Physical Interaction;

   Abstract : By investigating the existing prototyping tools and emerging technological paradigms, this thesis contributes a new flow-based visual programming software called Glue which makes prototyping physical interactions and connected experiences easier for designers without a strong technical background. With overwhelming new technologies and interconnected disciplines, more designers learn technical know-how and build technical prototypes to better explore and evaluate concepts. READ MORE