[Mä sieluuni kätkeä mielin] : [Ich will meine Seele tauchen]

Äänitetty radiosta.

Kaarle Kuninkaan metsästys

Digitoitu 29. 12. 2008

Hoffmannin kertomukset

Esityskieli: suomi.

Itsenäisyyskantaatti

Digitoitu 15. 7. 2008.

Puhallinkvintetto, op. 12

Digitoitu 4. 10. 2007.

Sarja

Soitinnus: Piano.

Sininen haikara

Digitoitu 20. 8. 2008.

[Haudoilta op. 74 (nro1-2)]

Digitoitu 20. 8. 2008.

Jazz : Sibelius-Akatemian Jazzstudio

Digitoitu 15. 10 2008.

Rappresentazione di anima e di corpo

Digitoitu 17. 9. 2008.

Divertimento sellolle ja orkesterille

Digitoitu 2. 10. 2007.

Short story

Digitoitu 14. 1. 2009

Psalmus I ja II

Digitoitu 26. 5. 2008.

Design and manufacture of a microdistillation column

Aim of this thesis was to design and manufacture a microdistillation column. The literature review part of this thesis covers stainless steels, material processing and basics about engineering design and distillation. The main focus, however, is on the experimental part. Experimental part is divided into five distinct sections: First part is where the device is introduced and separated into three parts. Secondly the device is designed part by part. It consists mostly of detail problem solving, since the first drawings had already been drawn and the critical dimensions decided. Third part is the manufacture, which was not fully completed since the final assembly was left out of this thesis. Fourth part is the test welding for the device, and its analysis. Finally some ideas for further studies are presented. The main goal of this thesis was accomplished. The device only lacks some final assembly but otherwise it is complete. One thing that became clear during the process was how difficult it is to produce small and precise steel parts with conventional manufacturing methods. Internal stresses within steel plates and thermal distortions can easily ruin small steel structures. Designing appropriate welding jigs is an important task for even simple devices. Laser material processing is a promising tool for this kind of steel processing because of the flexibility, good cutting quality and also precise and low heat input when welding. Next step in this project is the final assembly and the actual distillation tests. The tests will be carried out at Helsinki University of Technology.

Remote Condition Monitoring and Asset Management in Offshore Power Systems

Condition monitoring systems for physical assets are constantly becoming more and more common in the industrial sector. At the same time an increasing portion of asset monitoring systems are being remotely supported. As global competitors are actively developing solutions for condition monitoring and condition-based maintenance, which it enables, Wärtsilä too feels the pressure to provide customers with more sophisticated condition-based maintenance solutions. The main aim of this thesis study is to consider Wärtsilä remote condition monitoring solutions and how they relate to similar solutions from other suppliers and end customers’ needs, in the context of offshore assets. A theoretical study is also included in the thesis, where the concepts of condition monitoring, condition-based maintenance, maintenance management and physical asset management are introduced.