The New Use of the Courtyard in Brno-Královo Pole

Bakalářská práce vychází z ateliérového projektu interiéru, kde zadáním bylo upravení interiéru vnitrobloku mezi bytovými domy v Brně – Králově Poli mezi ulicemi Palackého třída a Kosmova. V současné době se ve vnitrobloku nachází pozemní parkoviště, menší dětské hřiště a budova měnírny elektrického napětí pro Dopravní podnik města Brna, která v minulosti fungovala jako vozovna tramvají. V rámci obnovy celého vnitrobloku byla navržena i rekonstrukce budovy měnírny a její přeměna na sportovní centrum, využitelé pro široké okolí. Ve zbývající části vnitrobloku vznikne nové podzemní parkování, které umožní transformovat celý vnitroblok na veřejný park, který bude využíván zejména obyvateli okolních domů, čímž dojde ke zvýšení kvality bydlení v dané lokalitě.This thesis develops the original Architectural Design Studio I, which main task was interior adjustment of courtyard between the apartment blocks in Brno – Královo Pole, between the streets ‚Palackého třída‘ and ‚Kosmova‘. Nowadays there is a ground car park, smaller children’s playground and the converter station for DPMB (public transport company) used as a railway yard for tramcars in the past. Within the courtyard regeneration there was designed the reconstruction of the converter station and its transformation into sports centre, utilizable for broader neighbourhood. In the remaining part of the courtyard there will be built new underground car park which will allow to transform the courtyard into public park used mainly by residents from surrounded housing. This solution will result in increased housing quality in the area.

NANOINDENTATION AND ACCELERATED PROPERTY MAPPING OF PORTLAND CEMENT PASTE

This paper presents a new nanoindentation mode: accelerated property mapping (XPM) applied to one year old Portland cement paste. The principle of the innovative method is similar to classical quasi-static nanoindentation but the time necessary for performing one indent is significantly decreased from minutes to tenths of seconds. The XPM mode is capable of measuring maps of local mechanical properties (reduced modulus, hardness). The method was compared to classical nanoindentation mode. The main advantages of XPM measurement are higher spatial resolution, lower property fluctuation and lower acquisition time. However, XPM is not able to measure some parameters such as creep. Also, high speed loading of XPM brings high strain effect which artificially shifts values of reduced modulus to higher values compared to quasi-static loading cases

Choquet like sets in function spaces

AbstractIn convex analysis when studying function spaces of continuous affine functions, notions of a geometrical character like faces, split and parallel faces, exposed or Archimedean faces were investigated in detail by many authors. In this paper we transfer these notions to a more general setting of Choquet theory of abstract function spaces. We prefer a direct functional analytic approach to the treatment of problems instead of using a transfer of a function space to its state space. Methods invoked are based mainly on a measure theory and basic tools of functional analysis and are different from ones using a geometric visualization