The submarine geomorphology of Goletas Channel - Hardy Bay - Shusharti Bay is a record of environmental change, defined by sediment deposition since the late Pleistocene draped over glacially sculpted physiography. Sea level change, contiguous with waning ice extent at the termination of the Fraser Glaciation, triggered an oceanographic transition within Goletas Channel from a low energy closed embayment to a higher energy open channel environment. Morphologic evidence of lower sea level position is observed from sequence stratigraphy in Hardy Bay and suggests regression to 74 m below present. Stratigraphy also shows a correlation between sea level transgression and turbidity current flows in northwest Goletas Channel, and although triggering mechanisms remain elusive, they are likely related to reworking of glacial sediments concomitant to initial open channel conditions. Holocene sediment accumulation has been highest in southeast Goletas Channel, represented by mud with interstitial gas, and has been reworked by tidal currents into contourite structures. A combination of high-resolution multibeam bathymetry, seismic and core samples are used to study the geomorphology of the region.

Le Tianshan est une orogène intracontinentale de près de 2000 km de long. Cette chaîne accommode jusqu'à 40% de la convergence entre l'Inde et l'Eurasie, jouant ainsi un rôle fondamental dans l'évolution de la déformation en Asie. De plus, malgré cette déformation intense et ses hauts reliefs, sa topographie reste irrégulière avec de nombreux bassins intrachaîne préservés. Elle représente ainsi un cas remarquable pour l'étude des processus orogéniques dynamiques hors équilibre et constitue une zone clé pour l'étude de la déformation en Asie. Depuis le début du Pléistocène, une aridité prononcée a permis une préservation de nombreux marqueurs morphologiques. Ces marqueurs ont localement subi des déformations d'origine tectonique. Ainsi, la datation par isotopes cosmogéniques de ces marqueurs et la quantification du raccourcissement à l'origine de leur déformation, a permis de connaître précisément les vitesses de raccourcissements quaternaires de nombreuses structures actives au travers l'ensemble du Tianshan oriental. À cela s'ajoutent ponctuellement des études des vitesses de raccourcissement depuis le Néogène, basées sur la modélisation géométrique de strates syntectoniques. Ces mesures nous ont permis de mieux contraindre les taux de déformation sur les piémonts Nord et Sud de la chaîne mais également dans le bassin intrachaîne de Bayanbuluk. Sur la base de ces observations, je propose que les vitesses observées actuellement par les mesures GPS ne soient acquises par la chaîne que depuis ~150 à 200 ka. Nous démontrons aussi qu'au minimum 15% du raccourcissement est accommodé dans les parties internes de la chaîne. Je soutiens ainsi l'hypothèse que cette chaîne reste dans un stade de croissance immature et hors-équilibre / The Tianshan range is a 2000-km-long tectonically active mountain range. The Tianshan plays a major role in the India-Asia collision since it presently accommodates up to 40% of the total convergence between those two continents. Despite this intense deformation, the topography of the range shows series of high elevated range separated by flat intermountain basins. This range is therefore a remarkable case of example to study orogenesis processes and remains a key area to better understand how the deformation related to the India collision has been distributed through the Asian continent. Enhanced aridity since Pleistocene has moreover remarkably preserved alluvial terraces and fans which may have recorded the deformation enabling the quantification of the tectonic rates during the Quaternary period. Therefore, using Terrestrial Cosmogenic Nuclide we have dated several alluvial surfaces and analyzed their deformation using D.E.M. or high resolution DGPS measurements. Hence, in the eastern Tianshan we quantify the quaternary shortening rates across several structures located in the Northern and Southern foreland piedmonts but also within the range in the intermountain Bayanbuluk basin. Moreover, when possible we have also derived the Neogene shortening rates from geometric modeling of syntectonic strata. Our results highlight the recent acceleration of the eastern Tianshan since ~150-200 ka. We also show that a significant proportion (>15%) of the whole deformation is accommodated within the range while the remaining part is distributed between the different thin skin tectonic structure in the piedmonts. This result supports the hypothesis that the range is out of equilibrium and an in-building stage of deformation

The subject of this diploma thesis is a layout of car service object in Brno – Horní Heršpice, Železná street. The building is designed as four-floor with flat - cascaded roof, which will be partially used also like a terrace. The object is intended for repairs and servicing of the trucks and buses. Inside the building are situated also offices, training room and temporary accommodation for the drivers. Supporting structure of the building is composed by ferroconcrete prefabricated shell, which horizontal supporting structure is composed by ferroconcrete pre-stressed panels spiroll. The curtain enclosure wall is designed from Sendwix system line-sand bricks with the outer thermal insulation. A building plot is flat. A part of the layout is also thermal and technical, acoustic and fire safety assessment. This diploma thesis contain also five specializations – layout of ferronconrete pre-stressed girder, layout of steel shelter, layout of construction basing, scheme of the overall heat output of the building and sewerage layout.

Object of presented dissertation is proposition of apartment building. Apartment building is based on wood technology with two stages without cellar and with flat roof. Block of flats is designed with 8 flats. Some of them with big terrace. Object is situated in Olomouc, Czech Republic.

This diploma´s thesis deals with the processing of project documenation for a four – storey, none – basement, hotel building with a restaurant in Bojnice. The restaurant and a bar is accessible from the first floor, with seperate entrances. Additionally, there are twenty-six aparments on the second and third floor, where two of the apartments are barrier-free. Technical rooms, and offices rooms are designed into the last floor.

The diploma thesis deals with the design of a new building of a senior house in the village Sazovice. The new building is situated on flat terrain in the center of the village. The building has three floors and one underground. The purpose is to build a building for seniors' stay. Part of the building consists of technical, operational and storage premises. The remaining space is used for housing. There are two main entrances to the building from the west side, where a car park and an access road is. The roofing is designed with a single-layer flat roof loaded with gravel. Part of the roof construction is designed as a vegetation with a terrace.

The diploma project is an elaborate design of a synagogue including associated facilities for the Jewish population in Trutnov. The proposition is designed in the phase of architectural study. The location of the proposal is placed near the historic centre of Trutnov. The intention of the proposal was to respect the conditions of the surroundings and relations with the environment and at the same time provide the Jewish population with representative and sufficiently sized spaces for their activities. The main building also provides an opportunity for chance encounters between the Jewish population and the public, thus indirectly contributing to the growth of the Jewish community and awareness of Judaism as such. The main building is a three-storey building placed in the terrain so that it forms natural "stairs" in the slope of the hill. The roofs of the building also serve as walking terraces, which ensure the accessibility and walkability of the plot. In the basement there are garages, the 1st floor contains a kosher restaurant and space for co-working. On the last floor, a mikveh, a space for the administration of the Jewish community and an archive of Jewish literature are designed. The second designed building is a newly designed synagogue, which stands on the site of the old synagogue. The original synagogue was burned out during Crystal night. The design pays respect to the original synagogue by including the floor plan of it in the paving pattern.

The topic of the master`s thesis solves multifunctional building with the insurance company and apartments in Hranice. Part of the insurance is designed reinforced plate concrete skeleton. It is a five-storey building. 1.-4.NP used for insurance operations. 5.NP technical background. Not walkable flat roof. Terraced apartment building with four residential units are separated by an expansion joint. 1.NP designed as a reinforced concrete skeleton girder. Other floors (2nd-5th floor) designed from ceramic bricks POROTHERM. The ceilings are covered in concrete. Not walkable flat roof. The entire building is based on a reinforced concrete footings and no basement.

The topic of the master`s thesis solves nursery school with longue in Hlušovice. It is 2-storey building. The building designed with ceramic bricks Porotherm and prestressed hollow core slab. Not walkable flat roof. The entire building is based on a concrete strip footings and no basement.

Theme of this thesis was to design and process a project of Apartment building in Valašske Meziříčí. The building is situated in the city center, close to hospital. Designed apartment building with four floors and a basement is located on a sloping terrain. Surrounding buildings are costisted of blocks of flats that were built in last century. Goal of the thesis was to design apartment house which will fit to the neighborhood. There are technical backround and parking slots in the basement of the bilding. Apartments are situated in above-ground floors. The grocery store lies on the northern side of the building on the same level as first floor. The apartmen building is covered by single-skinned flat roof.