Os métodos de avaliação do processo de projeto podem ser considerados fatores importantes para o sucesso do empreendimento e da organização, pois, por meio deles, torna-se possível medir o desempenho do processo e identificar seus pontos críticos, além de garantir subsídios à tomada de decisões fundamentadas. Dessa maneira, a avaliação do processo de projeto pode ser considerada uma das maneiras de conduzir as organizações a níveis mais elevados de competitividade,por meio da melhoria da eficiência do processo de desenvolvimento de projeto,melhor atendimento às necessidades dos clientes e melhoria contínua dos processos, serviços e produtos. As empresas, inclusive as de projeto de arquitetura,devem realizar avaliações e retroalimentações sistemáticas de seus processos. O principal objetivo desta pesquisa é identificar e discutir a eficiência e eficácia dos métodos empregados na avaliação do processo de projeto de arquitetura sob a ótica da gestão da qualidade, observando as interfaces entre todos os agentes participantes desse processo. Para alcançar os objetivos propostos foram realizadas pesquisas bibliográfica e documental sobre o tema, além de pesquisa de campo, que contemplou a realização de estudos de caso em quatro empresas de projeto de arquitetura e quatro empresas contratantes desse tipo de projeto, todas atuantes na região metropolitana de São Paulo. Como resultado, foi elaborada uma proposta inicial que consiste em uma lista de questões consideradas importantes para o desenvolvimento do processo de projeto de arquitetura com eficiência e qualidade, bem como as possíveis formas de avaliação que poderiam ser realizadas pelas empresas de arquitetura e seus clientes. Foi possível identificar e discutir a eficiência e a eficácia dos métodos e mecanismos de avaliação realmente propostos pelas empresas, a retroalimentação de informações como subsídio para a tomada de ações de melhoria e a contribuição dos resultados das avaliações e retroalimentações para o aumento de desempenho do processo de projeto. / The design process evaluation methods are important factors both to project and organization success. Through the evaluation methods it is possible to measure the performance of processes, to identify their critical points and bottlenecks, and besides to guarantee a better decision-making. Thus, the evaluation methods of design process can be considered a way to lead organizations to a high competitive level through the improvement of design process efficiency by means of a better meeting of clients needs and the continuous improvement of processes, services, and products. The design firms, including architectural design offices, have to evaluate and feedback their processes in a systematic way. The main objective of this work is to identify and discuss the efficiency and effectiveness of methods used in the evaluation of the architectural design process based on quality management concepts, and the relationships between designers and the other stakeholders involved in. Firstly, in order to develop this research, a literature review and documental studies were carried out. Then, a field research at São Paulo city was conducted throughout four case studies in architectural design firms and four case studies involving their clients. As result, it was elaborated an initial proposal including a list of the main points of the architectural design process that should be evaluated, as well as some possible evaluation methods that the design firms and their clients can use. It was possible to identify and discuss the efficiency and effectiveness of evaluation methods actually proposed, the information feedback and their contribution to increase the design process performance.

A large number of Building Services Engineering (BSE) graduates from UK universities either already live and work abroad, or aspire to do so, and the destinations for such migrants are most often English-speaking countries or countries where English is commonly used in business. Academic programmes in BSE are usually professionally accredited by the Chartered Institution of Building Services Engineers (CIBSE) under licence from the Engineering Council (EC). In the common destination countries for UK BSE graduates the Washington, Sydney and Dublin Accord (WSDA) agreements prevail, meaning that there is a mutual recognition of engineering qualifications and professional accreditation of academic courses, and this facilitates international mobility. Since it is widely accepted that buildings account for as much as 50% of greenhouse gas emissions worldwide, it could be said that there is a worldwide sustainability agenda with respect to buildings. The common factor across national boundaries is that Building Services Engineers, as central members of building design teams, must provide much of the specialist practical knowledge to enable more energy efficient buildings to be designed and constructed, and it is therefore likely that UK educated engineers will be working in far more varied overseas locations in the near future. The main aim of the work is to synthesise an education and training model to encourage and enable international mobility of UK BSE graduates, and to carry out some evaluation of this model. This work sets out initially to question whether a UK education in BSE necessarily provides UK graduates with the best possible skillset for work abroad. The influence of the EC upon the content of BSE study programmes has been examined, and the research assesses the benefits of the EC’s influence in countries with different economic and political priorities to the UK, other western economies and to the WSDA countries. Following identification and analysis of the main issues, the model was constructed and evaluations were made using semi-structured interviews. The methodology used in this research is necessarily underpinned by a pragmatist paradigm, which has led to the use of a mixed methods blended approach. In addition to thorough review and analysis of literature, the practical methods employed include a questionnaire survey and semi-structured interviews in three phases: an exploratory phase, an in-depth analysis, and a concluding phase. The early conclusions indicated that the EC influence upon BSE study programmes is generally regarded as necessary and beneficial, since it provides an engineering skillset that is internationally respected and recognised. There is, however, less confidence in applying this in an international arena outside of the WSDA umbrella since different parts of the world face different economic challenges, divergent societal imperatives, and diverse attitudes to sustainability and green issues. An education and training model was constructed to address these issues and, after initial testing, was found generally to be a workable proposition to enhance the international prospects of UK BSEs, and further, could be adopted in the UK under the auspices of the Degree Apprenticeship initiatives. Such a model is, however, unlikely to be adopted in many overseas locations due to differing cultural views on the value of work-based learning and apprenticeship.

The purpose of this study was to investigate the impact of certification on women-owned construction companies in the United States. The primary objectives were to determine if certification has impacted accessibility to public (government) and private construction work as well as the financial performance of women-owned construction firms. The secondary research objectives were to determine what challenges these firms have encountered during the certification process and their perception of it.

Examined in this study were some physical, mechanical, compositional and durability properties of AAC, its neighboring plasters and jointing adhesive, all of which were produced in Turkey. The compatibility of these materials inside the contemporary wall section and within historic fabric was discussed in terms of their material properties. In addition to the literature survey, laboratory studies were conducted on two types of AAC as G2 and G4, its jointing adhesive and exterior finishing layers as base coat, under coat, finish coat, water repellent finish coat / and some historical traditional construction materials of Anatolia as timber, masonry and infill brick, lime based exterior and interior plasters. The results were evaluated in terms of material properties of AAC, the compatibility of AAC and its complementary elements with each other and with the historic timber framed structures in Anatolia. It was concluded that the use of AAC in repairs of historical structures could be discussed only if the original infill is lost. In addition, its cement-plasters should be avoided from the historic fabric since they introduce salt problems to the structure. In terms of vapor permeability and modulus of elasticity, water repellent finish coat was proper finishing for AAC, and AAC, especially G4, exhibited similarities with historic infill mud brick. Further studies on other compatibility parameters were, however, necessary to decide on the compatibility of AAC with its neighboring materials. Moreover, the integrity of AAC with the historic fabric needed improvement by increasing its pozzolanicity and/or producing a new intermediary repair mortar/plaster.

It is vital that Turkey keep abreast of developments in the world and build up its technology to become a developed country. Steel construction is one of these areas. In this context, the main purpose of this study was to define, analyze and evaluate the general characteristics of structural steel and steel construction with the purpose of throwing new light on its advantages and disadvantages. Within this framework, a literature survey was conducted on structural steel components and structures / and on steel construction in Turkey. Additionally, a case study was carried out on a steel office building in Ankara. In this, the T&uuml / rkiye Esnaf ve Sanatkar Kredi Kefalet Kooperatifleri Merkez Birligi (TESKOMB) Building was investigated in terms of the design and production criteria for steel structures and to determine problems faced during these processes. As a result of this study, the existing condition of the construction sector and the means to improve use of structural steel in Turkey were discussed more realistically.

Construction contracts are one of the most important tools in the construction sector. They define the various aspects, obligations and relations between each party that are necessary to reach a common expected goal. They contribute to successful completion of projects. Turkish construction companies have successfully completed many projects in domestic and international venues and gained important experience in this respect / however, they still encounter problems in application. The aim of this study was: - to analyze Yapim &amp / #272 / slerine Ait Tip S&ouml / zlesme (Standard Contract for Construction Works, YIATS) of Kamu &amp / #272 / hale Kurumu (Public Procurement Authority KIK) and F&eacute / d&eacute / ration Internationale des Ing&eacute / nieurs-Conseils (International Federation of Consulting Engineers, FIDIC) standard contract for construction / - to identify problem areas and their causes in application of contracts / - to compare YIATS and FIDIC contracts with respect to problem areas / - to analyze views, experiences and recommendations of companies about YIATS and FIDIC contracts. In this study, based on survey conducted on contract literature, questionnaire was applied to member companies of T&uuml / rk M&uuml / teahhitler Birligi (the Turkish Contractors&rsquo / Association, TMB). Applied standard contracts, Court of Cessation decisions and International Chamber of Commerce (ICC) arbitration awards were analyzed to determine problem areas. Telephonic and face-to-face interviews were performed with staff of companies for further information on their answers, their opinions and recommendations on problem areas. Additionally, hypotheses were tested: to determine the effect of existence of clauses on exposure of contractors to consequences of problems emerged in execution phase of contract / to analyze relationship between problems encountered in FIDIC or YIATS and financial, temporal and non-compliance problem areas / to analyze effect of cost determination method on emergence of problems related to these areas. These studies revealed main problem areas as: financial, temporal and non-compliance issues.

Harmony search method based optimum topology design algorithm is presented for single layer lamella domes. The harmony search method is a numerical optimization technique developed recently that imitates the musical performance process which takes place when a musician searches for a better state of harmony. Jazz improvisation seeks to find musically pleasing harmony similar to the optimum design process which seeks to find the optimum solution. The optimum design algorithm developed imposes the behavioral and performance constraints in accordance with LRFD-AISC. The optimum number of rings, the height of the crown and the tubular cross-sectional designations for dome members are treated as design variables. The member grouping is allowed so that the same section can be adopted for each group. The design algorithm developed has a routine that build the data for the geometry of the dome automatically that covers the numbering of joints, and member incidences, and the computation of the coordinates of joints. Due to the slenderness and the presence of imperfections in dome structures it is necessary to consider the geometric nonlinearity in the prediction of their response under the external loading. Design examples are considered to demonstrate the efficiency of the algorithm presented.

The major concern in the design of the multi-storey buildings is the structure to have enough lateral stability to resist wind forces. There are different ways to limit the lateral drift. First method is to use unbraced frame with moment-resisting connections. Second one is to use braced frames with moment-resisting connections. Third one is to use pin-jointed connections instead of moment-resisting one and using bracings. Finally braced frame with both moment-resisting and pin-jointed connections is a solution. There are lots of bracing models and the designer should choose the appropriate one. This thesis investigates optimal lateral bracing systems in steel structures. The method selects appropriate sections for beams, columns and bracings, from a given steel section set, and obtains a design with least weight. After obtaining the best designs in case of weight, cost analysis of all structures are carried out so that the most economical model is found. For this purpose evolution strategies optimization method is used which is a member of the evolutionary algorithms search techniques. First optimum design of steel frames is introduced in the thesis. Then evolution strategies technique is explained. This is followed by some information about design loads and bracing systems are given. It is continued by the cost analysis of the models. Finally numerical examples are presented. Optimum designs of three different structures, comprising twelve different bracing models, are carried out. The calculations are carried out by a computer program (OPTSTEEL) which is recently developed to achieve size optimization design of skeletal structures.

To maintain the sustainability of cement and concrete production, there is a trend to use wastes in their production. Soda waste, generated by soda ash production process, and beer waste, generated by beer filtration process, are two locally produced wastes in Turkey and many other countries. The nature of these wastes, mostly their fineness, makes them possible to be used in concrete production, especially as a viscosity modifying agent in the self consolidating type of concrete. In this study, the addition of soda and beer wastes to self consolidating mortar (SCM) and self consolidating concrete (SCC), without any treatment but drying, and its effect on their properties were investigated. Mortar and concrete mixes were prepared using these two wastes as cement or aggregate replacement in various amounts. Tests like slump flow, V-Funnel and L-Box for determining the fresh properties, and compressive strength for the hardened properties of the mixtures were carried out to examine the effects of these wastes on the properties of SCM and SCC. The tests revealed that soda waste takes no role in the strength development of the mixes. However, it is possible to use this waste as aggregate replacement to improve the workability and flowability properties of SCM and SCC. The use of beer waste showed contradictive results. A special treatment for this waste before using it in concrete might be required.

The green building market has seen tremendous growth in the past decade. Organizations such as the US Green Building Council have emerged to become a dominant leader in the building industry. Although the green building rating systems are cross-disciplinary, much of the focus has been directed towards design-related input. General Contractors play an important role in delivering successful sustainable construction projects. If an integrated project delivery method is chosen, the General Contractor may offer insightful preconstruction assistance by providing ideas on green construction methods and materials. As sustainable building practices become more prominent in the construction industry, General Contractors must remain knowledgeable on current green building standards in order to stay competitive. Two of the most important aspects of business for a General Contractor involve time and money. Through qualitative literature review and quantitative results from a case study, this research analyzes time and cost in sustainable construction projects from a General Contractor's perspective. The research also examines whether the management of a sustainable construction project is substantially different than a non-sustainable construction project for a General Contractor. Finally, because the green building process involves multiple parties, the collaboration effort from all parties involved in a green building project will be studied.