The catchphrase this project has been; the boundaries between ornamentation and improvisation are fluid.My aim was to focus on my work process, giving me the space and time so develop my design further regarding shape, color and combination of different styles in patterns.This is an explorative project where patterns were created without a predetermined product of which the patterns would be applied. In a later stage the character of the pattern determined which product that would be most suitable for application.It resulted in a collection of patterns for wallpaper and clothing. The motives are foxes, Geometrical shapes and squares from a notebook. These motives form an ornamental expression in the patterns with the purpose of embellishment and therefore increase the emotional value of the product..

This essay concerns the interpretation of house plans in three-aisled longhouses and hall-buildings, in Scandinavia during Iron Age. Full scale house reconstructions need a better basis of interpretations to understand the patterns of roof supporting post holes in excavated house plans. This has led to the thesis, presented here, that the layout of house plans during Iron Age is based on Geometrical proportions. In order to prove this, geometric house plans were applied and compared with excavated house plans in 11different case studies, including the fortification of Fyrkat Denmark. It was found that all house plans in the case studies indicate, that the Geometrical proportions 1:2, 1:3 and 2:3 of a given circle must have been used for the basic layout of the roof supporting post holes, using a compass and a straightedge.

The purpose of this study has been to look how pedagogic process interacts in horse riding lessons. In order to research this problem I have used an ethnographic approach and during a week I observed ten riding lessons in two separate Riding house in the south of Sweden. In my theoretical frame I have used Michel Foucault ?Discipline and punish? as a toll to make clear how dominance and submission is present and active in the horse riding education. The conclusion shows how dominant power rules by its presence and creates submission, stability and feeling of security. The discipline is used to create a feeling that will bring the riders to new experience and develop their talent.

Vacuum box leak testing is, because of Geometrical problems, not always possible andtherefore an alternate test method with dye penetrant is used. DEKRA Industrial has identifieda need for quality assurance of the method and development of a written procedure withguidelines that lead to more uniform ways of testing.A literature study was done to get a general overview of nondestructive testing (NDT) and tosee how the method is used in different applications. European and American standards werestudied. Analytical and numerical solutions, involving flow simulation, were deemed to berather difficult and beyond the scoop of this project. Thus the problems had to be solved byusing experimental methods.

Uppsats för avläggande av filosofie kandidatexamen iKulturvård, Konservatorprogrammet15 hpInstitutionen för kulturvårdGöteborgs universitet2014:48.

Det ha?r examensarbetet kretsar kring mina experiment med parkettla?ggningstekniker, och mina fo?rso?k att bygga en mo?bel som ser ut som att den har tagits o?ver av ett mo?nster eller en struktur. En o?verga?ng till na?gonting mer skulpturalt. Jag anva?nder tra?bitar som blivit o?ver fra?n andra projekt fo?r att tillverka dessa dekorationer.

This thesis studies path generation for industrial robots of six degrees of freedom. A path is defined by connection of simple Geometrical objects like arcs and straight lines. About each point at which the objects connect, a region, henceforth called a zone, is defined in which deviation from the defined path is permitted. The zone allows the robot to follow the path at a constant speed, but the acceleration needed may vary. Some means of calculating the zone path as to make the acceleration continuous will be presented.

The availability of digital models of real 3D objects is becoming more and more important in many different applications (e-commerce, virtual visits etc). Very often the objects to be represented cannot be modeled by means of the classical 3D modeling tools because of the Geometrical complexity or color texture. In these cases, devices for the automatic acquisition of the shape and the color of the objects (3D scanners or range scanners) have to be used. The scanner presented in this work, a Shape from silhouette scanner, is very cheap (it is based on the use of a simple digital camera and a turntable) and easy to use. While maintaining the camera on a tripod and the object on the turntable, the user acquires images with different rotation angles of the table.

The primary focus of this Master thesis is to study how industrial house building can be implemented during production of rental flats under the terms of public procurement. In order to determine a suitable working process as well as presenting a possible architectonic result of the process, a case study is carried through.A housing projekt is designed on a site i Malmö, where the commisioner is MKB Fastighets AB and the contractor is NCC Komponent with the industrial building system NCC Komplett. The focus of the design is to accomplish high quality apartments to a resonable price, as well as solving the overall scheme for the site.The housing projekt, Kv. Flaggskepparen, built on the consept of a single house model, used to handle the entire site, shows that the building system is well suited to accomodate the commisioners demands.In order to reach the best possible architectonic result with the building system, cooperation initiatded in an early stage of the process is neccesary.A model is proposed to handle the situation under the terms of public procurement. The model suggest that the Geometrical design is mainly carried out after inquiry and that architectonic qualities should mainly be defined in a non geometrial way for inquiry..

Abstract Title: Yes logo! What defines a good logo? Authors: Fredrik Dahlin and Vladimir Zunkovic Supervisor: Klaus Solberg Söilen. Department: School of Management, Blekinge Institute of Technology. Course: Bachelor?s thesis in Business Administration, 10 credits.

Abstract Title: Yes logo! What defines a good logo? Authors: Fredrik Dahlin and Vladimir Zunkovic Supervisor: Klaus Solberg Söilen. Department: School of Management, Blekinge Institute of Technology. Course: Bachelor?s thesis in Business Administration, 10 credits. Purpose: To find out which are the defining characteristics of a good logo, from a scientific point of view. Method: We have used a qualitative method consisting of interviews with experts within the marketing area with the goal to test the Swedish point of view against the one in the litterature. We also used a quantitative method to investigate the publics attitude towards the testlogos we created. The purpouse of this poll is to test different colourcombinations and how the marketsegments feel about them. In this poll we used statistical methods to make sure that the agelimits and the number of male and female respondents are correct. We executed another quantitative study towards Swedish marketing companies to create an idea of the businesses thoughts about a good logo are. Results: A good logo is a simple symbol or Geometrical form consisting of a combination of colours that reflect the company?s core values, visions and goals.

This report discusses the development of lessons based on laborations for middle and high school.The purpose of the project was to research the possibility to affect students' attitude towards physicsthrough well-planned stimulating lessons. The lessons were based on the Light and Lasers OutreachKit, a teaching package made by the organisation Laser Classroom, and have been adapted for physicsin middle and high school. The lessons were developed on a pedagogical and didactical ground andwere improved with surveys and peer and self assessment. The lessons were based on laser light and itsproperties. One lesson covered the topic of single-slit diffraction, while the other treated Geometricaloptics.

This report discusses the development of lessons based on laborations for middle and high school.The purpose of the project was to research the possibility to affect students' attitude towards physicsthrough well-planned stimulating lessons. The lessons were based on the Light and Lasers OutreachKit, a teaching package made by the organisation Laser Classroom, and have been adapted for physicsin middle and high school. The lessons were developed on a pedagogical and didactical ground andwere improved with surveys and peer and self assessment. The lessons were based on laser light and itsproperties. One lesson covered the topic of single-slit diffraction, while the other treated Geometricaloptics.

By applying a segmentation procedure to two different sets of computed tomography scans, two Geometrical models of the abdominal aorta, containing one inlet and two outlets have been constructed. One of these depicts a healthy blood vessel while the other displays one afflicted with a Abdominal Aortic Aneurysm. After inputting these geometries into the computational dynamics software FLUENT, six simulations of laminar, stationary flow of a fluid that was assumed to be Newtonian were performed. The mass flow rate across the model outlet boundaries was varied for the different simulations to produce a basis for a parameter analysis study. The segmentation data was also used as input data to a surface description procedure which produced not only the surface itself, but also the first and second directional derivatives in every one of its defining spatial data points.

This report discusses the development of lessons based on laborations for middle and high school.The purpose of the project was to research the possibility to affect students' attitude towards physicsthrough well-planned stimulating lessons. The lessons were based on the Light and Lasers OutreachKit, a teaching package made by the organisation Laser Classroom, and have been adapted for physicsin middle and high school. The lessons were developed on a pedagogical and didactical ground andwere improved with surveys and peer and self assessment. The lessons were based on laser light and itsproperties. One lesson covered the topic of single-slit diffraction, while the other treated Geometricaloptics.