This is a project about creating new patterns from childhood memories of patterns. I havebeen reaserching the possibility to add further value to a pattern in terms of memories, stories,associations and feelings.The goal has been to create new patterns from other peoples memories of patterns. It hasalso been my purpose to develop my skills and feel more comfortable in the creating of patterns.The questions at issu has been:How can I tell a story with a pattern?How can I communicate a feeling or a mood with a pattern?How does our memory image and an interpretation effect the process and the end result?I interviewed nine people. The questions during the interview was:Your name and age?Where was the pattern you?r going to talk about placed?How did it look like?What kind of feelings or emotions do you connect with this pattern?Someting else you whant to tell about the pattern?I created five patterns and during the process with the interviews I realised the importance ofshowing the stories in the end result.

Gravitational lenses are unlike ordinary optical lenses, a phenomenon corrupting our optical view of the cosmos. When we look out intospace we see celestial bodies lying with astronomical distance from Earth. There is no guarantee that what we see out there in space is actually there where we are observing it, and it may be that we see multiple images of the same star! Studies have shown that thenumber of distorted images of an n-mass (n > 1) plane lens can not exceed 5(n -1) for lighter lenses or 5n for more massive lens. This mathematical thesis covers gravitational lensing and their properties that distort light rays coming towards us from distant celestial bodies. In addition of gravitational lensing, its properties and the proof of the maximum number of distorted images, a bigger part of this work even cover two very interesting mathematical tools - the so-called Schwarz function and Bezout theorem..

Denna rapport beskriver ett examensarbete där optiska fibrer av plast integrerades i varpled i en väv. Syftet med examensarbetet var att undersöka om det är möjligt att industriellt producera ljusemitterande vävar med optiska fibrer. Arbetet delades upp i olika delar, både teoretiska och praktiska. Den teoretiska delen innebar informationssökning inom olika medier, såsom vetenskapliga artiklar och intervjuer med insatta människor inom de berörda områdena. Den praktiska delen i examensarbetet bestod av flera olika moment.

For this essay we used pattern theory from interface design and applied it in an analysis of touch games. In order to make full use of the patterns, we selected five of them and adapted these slightly with the help of game related patterns to be useful for the framework of this essay. The selection of games were the top eight games on the App Store?s ?What?s Hot?. The results showed, among other things, that the games had a clear focus on getting a pleasant apperance, and they did it relatively well.

The mining company LKAB extracts iron ore in three areas in the north of Sweden, Kiruna, Malmberget and Svappavaara. The iron ore is refined and in the pelletizing plants the material is rolled to finished pellet product. The different steps of pelletizing plants causes among other things emissions to the air. It occurs occasionally stops in the production and the emissions are vented via an emergency chimney without purification. The aim for this work is to look into how LKAB may improve their monitoring of air emissions and control of ambient air quality and the analysis methods which are suitable for measuring.

This report is about the exam project; Blomgren- a collection ofpatterns. During eight weeks I have from the family Blomgren, whowas my grandfather?s family with siblings and parents, produced fivepatterns for textiles into interior and space. In addition to thefamily as an inspiration, I have taken into account of the collection?sname - as a word and the meaning of the word.

The character of a pattern carries through to the context in which it is placed. Each pattern tells a story. By interpreting our surroundingenvironments we become inspired, and the patterns in turn can become part of our own narratives. This project was fuelled by my fascination and desire to explore patterns. My method of exploration was based on prior knowledge of patterns and interior design.The question became how can I apply my knowledge of interior design to pattern design and how could I best translate the brief intoa language of colour and shapes? The aim was to develop my knowledge of pattern design as well as to use this opportunity to combine my design methods with those of a professional designer.

Pattern design is a territory which has been widely explored by many during a long period of time. With this project I hope to shine a new light on wallpaper design, the area on which I?ve applied my patterns to.The inspiration for this wallpaper collection originated in a past project in which I experimented with weaving strips of paper together in different ways. During this time I found myself curious to investigate how this kind of weaving could be applied to textiles, wallpapers, etc.My main focus in this project has been about creating interesting patterns in which unexpected motifs are woven together. I?ve also touched on the subject of creating a kind of conceptual wallpaper constructed by weaving strips of wallpaper together.I based my patterns on a series of drawings that I created during the course leading up to this project.

The goal with my project was to explore what it is that distinguishes Berlin as a city and then translate that into abstract patterns. The patterns are made for wallpaper and are presented in a book as a collection.After spending six months almost constantly abroad visiting many different citys I began to wonder what it is that makes a city unique. Sometimes it feels as though cities are reduced to the sum of their famous sights. But of course a city is more than that. It?s the people who live in it, the history, architecture and culture.

Neoplasm 2.5D, is a project centered around exploring possibilities of combining various digital tools with the use of a lasercutter, to create intricate patterns withillusions of depth and texture, and to combine these studies into a working fullscale model that could be the basis for a future design product..

Sweden has a great tradition of pattern in both wallpapers and fabric, where colours and shape matters a lot for the customer. I have through my examination project tried to expand the views and find new alternatives and shapes for the obvious pattern traditions. I have therefore worked with what could be on the verge of attractive or repelling. To create a curiosity of what is considered to be commercial. From the prospective of the body organs I have created physical patterns for fabric and wallpapers.

The essay deals with the patterns of storytelling in Selma Lagerlöfs novel "Körkarlen". The focus is on the relationship between idea and form. Selma Lagerlöf tries to show how the drinker David Holm comes to insight about his own shortcomings and faults without knowing that he is in fact educated by his old friend. The author of this essay tries to show that Selma Lagerlöf use the same method in relation to the reader of the novel. Selma Lagerlöf wants to enlighten the reader without actually preaching.

An old and well known problem in sawmilling is to determine which dimensions /products those are most profitable to produce. Existing optimization models maximize the value of the log. In other words, based upon the market prices of the dimensions the models calculate the best way to split the log. Yet there is a great uncertainty if the most well paid dimensions really are the most profitable to produce. The costs of the process from lumber to sawn products are hard to determine and are therefore often left out from the optimization process. In this study the economic contribution of different dimensions/products are analysed.

Nanotechnology, one of the most interesting sciences today will no doubt have an enourmous impact on tomorrow's society and industry. One of the most interesting nanomaterial that has been discovered is the semiconductor quantum dot (QD). This material shows interesting novel properties such as a size-dependent band gap, which is an effect caused by the quantum confinement effect in all three dimensions. Due to this phenomenon the absorption spectrum can be tuned to the desired value by adjusting the size of the QD.This thesis aims to investigate how the solvent ratio of H2O/Ethanol affects the optical and structural properties of copper sulfide QDs manufactured in a chemical synthesis way using modern microwave heating. The process of manufacturing QDs using chemical synthesis often involve a capping-agent to prevent the QDs from agglomerate into bigger structures.

The company LightLift Esystems AB manufactures patented motorized lift systems for the illumination of halls with high ceilings. The company wants a new design for singular heavy lights in order to be more competitive.This project consists of the development of the new design under the requirements and specifications imposed by the company. The new design must support lights up to 300kg and keep the overall dimensions as low as possible without modifying the driving unit.This document contains all the designing steps followed to reach the final solution as well as the material selection, manufacturing process and assembly of all the parts that form it.The solution obtained shows to be very competitive with other alternative products, since this new design triples their maximum load capacity while the dimensions are very similar.In this context, the optical appearance was also very important to the company and so it was another main objective of this project. From an aesthetical point of view, the final solution proves to be very compact and versatile since it can either be hidden behind a false ceiling or covered by a plastic case that gives the design a very nice look.Finally, the solution achieved fulfils all the requirements and specification previously imposed. It is reliable, compact, cheap to manufacture, easy to assembly and it has a good optical appearance. .