Bachelorarbeit, 2006
99 Seiten
This dissertation explores the relationship between system building and aesthetics. It aims to examine the historical development of system building and the different methods and types employed. The dissertation also investigates how system building can influence architectural design, particularly in terms of aesthetics and its impact on the overall visual appeal of built structures.
Chapter 1 provides a historical overview of system building, tracing its evolution from traditional construction methods to the emergence of prefabrication and industrialization. This chapter delves into key factors that shaped the development of system building, including the scarcity of materials, labor shortages, and technological advancements.
Chapter 2 delves into the core concept of system building, exploring its methodology, key characteristics, and principles. This chapter examines the importance of buildability and its criteria, emphasizing factors such as simplicity, standardization, and communication.
Chapter 3 offers a comprehensive overview of different types of system building, focusing on both prefabrication and in-situ construction methods. This chapter examines various system components, including monolithic units, total system panels, and poured-in-situ systems.
Chapter 4 explores the critical aspect of aesthetics in system building. This chapter examines the subjective nature of aesthetics and its relationship to design elements such as structure, style, unity, and scale. It also explores the concept of functionalism and the importance of character and honesty in achieving aesthetic balance.
Chapter 5 investigates the influence of system building on architectural design, specifically examining the potential for modular building systems and the challenges posed by uniformity and monotony.
Chapter 6 presents case studies of system building projects, analyzing their successes and challenges. This chapter examines the superstructure and design aspects of these projects, providing valuable insights into the practical applications and limitations of system building.
System building, aesthetics, prefabrication, buildability, standardization, modularity, uniformity, monotony, architectural design, case studies, historical review, construction methods,
System building refers to construction methods that use standardized, often prefabricated components or systems to improve efficiency, reduce costs, and speed up the erection process.
No, the dissertation argues that systemized construction can achieve high aesthetic value and user satisfaction if designed with creativity and attention to architectural principles.
Buildability is defined by three main criteria: simplicity, standardization, and effective communication between designers and builders.
The paper categorizes them into prefabrication (monolithic units, panels, structural frames) and poured-in-situ systems (using advanced formwork like slip form or tunnel form).
The industrial revolution marked the birth of prefabrication and mechanization, driven by the scarcity of building materials and labor shortages, which laid the foundation for modern industrialized construction.
Designers focus on elements such as scale, rhythm, proportion, unity, and composition to ensure that industrial efficiency does not compromise visual appeal.
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