Many attempts have been made to design buildings that reduce the heat gain inside the building. In hot-humid region, architects deal with many forces of nature. These forces might be Rain, Humidity, and solar heat gain. Thermal mass was been used for centuries in hot-arid region as a way to limit the dry-bulb temperature swing inside the building. However, there are some architects who agree that thermal mass materials could be used in hot-humid climate. This thesis project suggests using ventilated envelope that incorporates thermal mass in the design of the ventilated envelope. The result of the experiment shows that using ventilated envelopes with thermal mass would allow the heat gained in the cladding and in the thermal mass to be released to the air cavity and therefore releasing the heat from the building to the exterior atmosphere. The ventilated facade could be improved by adding thermal insulation and by using reflective materials on the cladding.

The aim of my thesis is cost analysis of a building a result of changes in the variant of aluminum structures. The thesis is divided into theoretical and practical part. In the theoretical part, the issues are addressed in general terms and in the practical applies to specific construction contract.

The Thesis deals with a design and project documentation for the public library in Ivanovice na Hané. The construction was designed as the four-floor object with a partial cellar. The ground plan creates a rectangle. The object is roofed with a warm deck flat roof. In the basement, an archive area and a utility room prevail. On the first floor of above-ground, there is a space for public and employees. In the separated area, the Confectionery equipped with own sanitary facility for customers and employees is located. There is a spacious entry hall with the access to individual floors. On the second floor, the free library and the children´s department are situated including a lecture hall with own facilities above the Confectionery. On the third floor, there are the library headquarters and the reading area. You can find the sanitary facilities for public on each floor. The object structure is made of a monolithic reinforced concrete skeleton filled with the masonry from acoustic ceramic tiles on the above-grounded floors. In the basement, the structure is created by reinforced concrete walls and walls from the formwork. The ceiling is made of reinforced concrete prestressed panels. The object is based on the ground slabs. In the area of lift shafts, the structure is from the reinforced concrete slab. The walls in the basement are insulated with the XPS polystyrene; in the above-ground area by mineral wood boards and ventilated facades.

The object of this diploma thesis is the processing of technical documentation for a implementation of Halls of Residence with Refectory and collective parking. The building is without cellar, has seven aboveground floors and a flat vegetation roofs. Supporting system consists a reinforced concrete frame with steel concrete stiffening cores, filling walls are made of ceramic blocks. The whole building is insulated. The facade is ventilated, aluminum cartridges.

В данной работе рассматриваются проблемы, связанные с моделированием навесных вентилируемых фасадов и оптимизацией работы с ними в среде Autodesk Revit. Данная работа проведена с целью предложения решения по сокращению трудовых и временных затрат проектирования модульных навесных фасадных систем. Результатом работы является написание инструкции по моделированию НФС по модульной схеме и оценка эффективности проектирования с учетом оптимизации процессов проектирования модульных НФС. / This paper discusses the problems associated with modeling hinged ventilated facades and optimizing work with them in the Autodesk Revit environment. This work was carried out in order to propose a solution to reduce the labor and time costs of designing modular hinged facade systems. The result of the work is the writing of instructions for modeling HFS according to a modular scheme and evaluating the effectiveness of design, taking into account the optimization of the design processes of modular HFS.

В данной работе рассматриваются проблемы, связанные с моделированием навесных вентилируемых фасадов и автоматизацией работы с ними в среде Autodesk Revit. Данная работа проведена с целью разработки скрипта для автоматизации расстановки фасонных элементов навесных вентилируемых фасадов. Для достижения цели были поставлены следующие задачи: рассмотреть степень изученности навесных фасадных систем в ТИМ, описать методику моделирования навесных фасадных систем по классической схеме, создать семейства откосов и отлива, написать скрипт и проверить его работоспособность. Результатом работы является Dynamo-скрипт, размещающий фасонные элементы, позволяющий уменьшить трудозатраты проектировщиков. / This paper discusses the problems associated with the modeling of hinged ventilated facades and automation of work with them in the Autodesk Revit environment. This work was carried out in order to develop a script for automating the placement of shaped elements of hinged ventilated facades. To achieve this goal, the following tasks were set: to consider the degree of knowledge of hinged facade systems in TIM, describe the methodology for modeling hinged facade systems according to the classical scheme, create families of slopes and low tide, write a script and check its operability. The result of the work is a Dynamo script that places shaped elements, which reduces the labor costs of designers.

This master´s thesis elaborates a project documentation of sports rehabilitation center in Brno–Bystrc. The building object is four-storeyed and a partial basement. On the basement floor there is a pool with sauna, gym and fitness with support to assist for all activities offered. On the ground floor there is an entrance, reception for accommodation, restaurant and kitchen for the restaurant. The 2nd overground floors is determined by the rehabilitation clinic. On the grand and overground floor are designed sanitary appliances for the restaurant and patient surgeries. There are projected 9 apartments for weekend accommodation. Apartments allow access to the terrace. Foundations are made strip foundations. The building object is bricked and insulated with ventilated facades. Load bearing structure of the roof create roof trusses.