Academic literature on the topic 'Porotherm systeme'

Achieving Energy Efficiency in Office Buildings plays a key role in reducing the Environmental Impact of Buildings to a larger extent. The Users in the workplace are often affected by the improper design of HVAC systems. In most of the office buildings the Indoor Environmental conditions were not designed, controlled and maintained which in turn increases the Energy cost of the buildings. Sustainable Design of HVAC Systems includes all the mechanical equipments that efficiently controls, monitors and supplies the Indoor Air. The objective of this paper is to (i) Do a comparative study and analyses the various building Envelope in office buildings for reducing the Energy Cost in designing HVAC systems in Office buildings using Ecotect Modelling.(ii) To compare the Energy cost of Water Cooled Screw Chillers and VRF Systems. The above experimentation was held in ELCOT S office building in salem. The findings of this paper revealed that usage of Porotherm wall construction along with VRF SYSTEMS in office buildings found to be effective in achieving sustainable HVAC design.

This diploma thesis ‘multi-functional‘ building is elaborated in form of a project documentation fulfilling all requirements in accordance with valid directives. The project refers to a detached multi-functional new-build placed on a moderate slope in Kralupy nad Vltavou. The building includes a basement and four floors overground. This multi-functional house will be used as an apartement building with a café, containing eleven housing units – apartments. One of units on the first floor is designed as handicapped-accessible. Café with facilities and a separate entrance for public will be located in basement. Overground, outer and interior bearing walls are meant to be made of Porotherm system. The underground wil be made of concrete blocks ‘Best’. Ceiling construction will be fabricated from prestressed ceiling concrete panels ‘Spiroll‘. Roofing is maded of two parts, both are pent roofs with angle of 7°. The roof is designed as a double wall, where for the outer shell is used a wooden construction coated with concrete roofing panels ‘Bramac’. The inner shell is composed of a suspended ceiling with insulation. Part of the project is a construction of paved areas aside the building and fencing.

Master´s thesis topic is a rest house. The house is projected in a Porotherm system. The house has a basement and three floors. The basement is built from concrete form-pieces. The kind of the roof is the saddle foof with 12°ramp. All constructions correspond to ČSN 73 0540.

The aim of my thesis is to design and elaborate the project documentation for construction of the nursery school in the cadastral area Prague-Černý most. It is a two-storey partially basement building, witch with its layout corresponds to the conditons of the building operation. Nusery school is designed for 4 departments after 24 kids. The construction system of the object is designed as Porotherm system. External load-bearing structures are designed as ventilated facade with thermal insulation of 180 mm thickness. Vertical load-bearing structures of 1st and 2nd floor will be lined with brick blocks Porotherm 38 profi and 1.S bricks from the Best 30 permanent formwork. The inner bearing walls are designed with Porotherm 24 profi and Porotherm 11,5 Profi is used for non-load-bearing masonry. The exterior facade cladding is designed from HPL compact laminate boards. The internal staircase is half-turn stairs, reinforced concrete, monolithic. Horizontal supporting structures consist of Porotherm ceramic concrete system (POT beams and miako insert) with a thickness of 250 mm. The roof is designed as a vegetation, some of witch is supplemented with a gutter. The windows and doors are plastic-aluminium. Floor coverings are designed taking into the use of individual rooms such as floor screed, ceramic tiles and cork floors. The main aim of my work was to solve the disposition for the given purpose, to design a suitable construction system and to draw up the drawing documentation including the text part.

The subject of this diploma thesis is a project of guesthouse. The building is situated in moderate slope terrain in cadastral territory Hlinsko v Čechách. Guest house capacity is 46 beds. Guesthouse has three floors and is designed from the structural system Porotherm. The ceilings are made of reinforced concrete joined with stiffening reinforced concrete wreath. The roofs of the house are built as saddle roof. In the first floor there is located main entrance, reception desk and restaurant with facilities. In the second and third floor there are rooms for guests

Thesis Theme is a newly built hotel in Horni Mala Upa. The building is divided into hotel operations and restaurants. The building is surrounded by gently sloping terrain. The building has three floors. The building is designed from Porotherm and ceiling of reinforced concrete structures prestressed hollow core slabs Spiroll. Construction of pitched roof trusses formed with an inclination of 20 degrees.

The thesis dealt with the reconstruction of the existing farm buildings. After a complete reconstruction of the object it will serve as a guest house with training center. The equipment includes the restaurant with its own kitchen facilities and building will be completed by the wellness center, which will be located in the new part of development. Object of wellness center will probably be completely resolved in the construction phase B. The property is located in the village Býkovice, Býkovice (616524 ), house No. 30, No. 82, land parcel numbers: 120/1 , 120/2 , 121/1. That object will consist of three floors, one floor is partly underground, further aboveground floor which will be directly accessible from the northern part and attic. The total built-up area will be approximately 526 m. Ridge height is 5,250 m and 3,840 m. The building is based on the existing foundations and the new wellness center is based on the footings of plain concrete C16/20. The base concrete slabs will be made new in the entire building, reinforced with KARI networks 150x150x6. Peripheral bearing and interior bearing walls remain largely preserved (masonry, brick, stone and mixed). New structures will be designed in Porotherm and added with light rails Fermacell (SDK). The steel-concrete ceiling and ceiling in the new part will be made of Porotherm. The staircase is made of steel, staircase. The roof is gabled house (main building) and desk (east wing), above the training center is also gabled roof. All roofs are fitted with metal roofing.

The subject of the thesis is an object of a new building winery, which is situated in the village Polešovice in region of Zlín. The object incorporate manufacturing part, accommodation part, social part and administrative part. The object is detached building with two above-ground floors and one underground floor. On the underground floor there are technical facilities, production of wine and stock for 60 000 litres of wine. On the ground floor there is a central part, where is a room for degustation. Next to this room there is a bar and kitchen. There are 10 rooms with capacity for 20 people. On the first floor there is a laboratory, rest room for staff, archive and office. In front of the building there is a park for 13 vehicles. The building was designed as a brick building with vertical structures designed from a structural system POROTHERM and concrete shaped bricks POSTA. There is a part of building with flat roof with vegetation and part of building with flat roof walkway and the highest part is covered with girder.

The subject of this thesis is to develop design documentation for the newly built multifunkcional building. The building is located in Slavkov u Brna. It is located on flat terrain. Building is partial basement with four floors. The new building is divided into a cafe, a dental clinic and 12 apartments. Masonry is made up of Porotherm system, ceiling structures are made of filigree plates. The building is covered saddle roof created by wood trusses. The project was developed in AutoCAD.

The diploma thesis deals with design documentation of a multifunctional building. The new building is located in a town Uherský Brod in Uherské Hradiště district. The house is situated on a gentle sloping land. The new building is divided into café, drugstore and eight flats. The masonry are designed from Porotherm system. The roof is warm flat roof.

This is a detached multifunctional building in the construction of commercial and residential buildings. The building is located in České Budějovice. Multifunctional building has five floors, one underground floor and a partial basement. The building is covered single-surface vegetation and double skin roof rack. On the first floor is a multifunctional building with reception vestibule, hall of which are accessible to all businesses and also the staircase space. The first floor is also a cafe, spatially separated from the multifunctional building. The café includes restrooms and stairs to get to the hinterland own cafe, where there is room for staff, toilet and are relevant warehouses drinks and other amenities. On the second floor there is a fitness center with all facilities and sanitary facilities. The gym also includes a reception and a health food store. In the third to fifth floor are residential units. A total of 5 apartments, where 2 and 3 flats are always identical. The building is based on foundation strips of plain concrete and masonry made of POROTHERM building system with a contact system of the company ISOVER. The project has been prepared complete documentation of new multifunctional building at the level of documentation for construction. Design of the building emphasizes the static and layout, fire safety, energy savings and safety in use. Drawing documentation was realized in ArchiCAD.