Sökning: "Geometric expression"
Visar resultat 1 - 5 av 18 avhandlingar innehållade orden Geometric expression.
1. Knitted architecture and wind: Designing loosely fitted architectural textiles for interaction with wind
Sammanfattning : Utilising the textile’s ability to adapt to external forces such as the wind could lead to the creation of new design expressions and functional features within architecture. Prompted by architectural potentials of textiles deliberately designed to move and flex, this thesis aims to explore and demonstrate how such knitted textiles could contribute to enriched aesthetic expression and improved performance of architectural elements placed in windy environments. LÄS MER
2. Quantification of gene expression in single cells
Sammanfattning : Studies of apparently homogeneous cell populations and single cells often give highly divergent results. Cells exhibit varying responsiveness to stimuli and gene expression and they are in many aspects stochastic and unpredictable. We have developed a method to measure gene expression quantitatively in individual cells with real-time RT-PCR. LÄS MER
3. Textile architecture informed by wind
Sammanfattning : Textiles in architecture is a field of great potential, which are worth to explore further. This thesis aims to show that the flexibility of the textile material could be better included in the architectural design, allowing it to adapt to forces, such as the wind, and viewing motion as a positive design feature. LÄS MER
4. Cell shape determines gene expression in cardiomyocytes
Sammanfattning : The fundamental biological processes involve sensing biophysical stress, strain and forces along with conversion of these stimuli into chemical signals. These processes are linked to the atrophic and hypertrophic responses. Deficiencies in these biological processes are associated with different diseases, particularly in the circulation system. LÄS MER
5. Geometric analysis of stochastic model errors in system identification
Sammanfattning : Models of dynamical systems are important in many disciplines of science, ranging from physics and traditional mechanical and electrical engineering to life sciences, computer science and economics. Engineers, for example, use models for development, analysis and control of complex technical systems. LÄS MER