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Childhood influences on adult travel mode choice.
In-Service Information Flows to Designers
This research is triggered by the emerging ‘power by the hour’® paradigm, in which aero engines are effectively leased to airlines, with the manufacturing company remaining responsible for their maintenance and repair throughout their service life. By incorporating knowledge about the performance of existing products into the design phase of new products, it is hoped to tackle some of the in-servi
Realization of a matching region between a radome and a ground plane
In order to reduce the monostatic signature of the junction between a radome and the metallic structure to which it is attached, a tapered resistive sheet can be used. In this paper, we describe an easy method to realize this tapering using geometric variations on a subwavelength scale, with a significant reduction of the number of processing steps as a result.
Social Structures, Standards of Living, and Income Distribution in Colonial Bechuanaland Protectorate
Simulation of the Forming Process of Cartonboard Packages
A Formal Framework for E-Learning - On the Design and Management of eLearning Processes
Reduction of ground vibrations by landscape shaping
Organizational Inscriptions of Network Pictures: A Meso-Level Analysis
Tuning of growth of III-V semiconductor nanowires and nanotrees by analytical electron microscopy
Politics of Misery: The 1932-1933 famine in Ukrainian Historical Culture
Strangers in Our Midst: Stereotyping in Local Media.
A "Truer" History. Reflections on Richard Bauckham, Jesus and the Eyewitnesses: The Gospels as Eyewitness Testimony
On the complexity of resilient network optimization problems
Vart tog alla dessa dekorationsmålare vägen? : om yrkeskåren som försvann
A multi-variable time series phase-space reconstruction approach to investigation of chaos in hydrological processes
A Semi-Lagrangian Method for a Fokker-Planck Equation Describing Fiber Dynamics
A simplified Fokker-Planck model for the lay-down of fibers on a conveyor belt in the production process of nonwovens is investigated. It takes into account the motion of the fiber under the influence of turbulence. The emphasis in this paper is on the development of a numerical procedure to solve the model. We present a semi-Lagrangian scheme that accurately captures the fiber dynamics and conser