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- Conceptual design is arguably the most critical design phase in the engineering design process. It involves the activities of function formulation, concept generation, concept organization, concept evaluation, and concept improvement.
www.sciencedirect.com › topics › engineeringConceptual Design Phase - an overview | ScienceDirect Topics
What is the design concept in construction? The design concept in construction refers to the overarching idea or vision that guides the architectural and structural design process, influencing decisions related to form, function, aesthetics, and performance.
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Understanding Concept Design. At its core, concept design in architecture encapsulates the genesis of an architectural project, where ideas transition from nebulous thoughts to concrete visions. It serves as a roadmap, guiding architects through the labyrinth of design decisions while ensuring coherence and unity in the final built form.
- Building Science Defined
- Building System Theory
- The Building as A System
- Building Performance
- Context For Contemporary Building Performance Objectives
- Relationship Between Physics, Materials, Components, and Systems
- A Conceptual Model of Building Behavior
- A Building Performance Objectives Framework
- Building System Integration
- Synopsis
Building science is a field of knowledge that draws upon physics, chemistry, engineering, architecture, and the life sciences. Understanding the physical behavior of the building as a system and how this impacts energy efficiency, durability, comfort and indoor air quality is essential to innovating high-performance buildings. Modern building scien...
Modern systems theory is an expansive body of knowledge with many branches. It is not possible to deal with the full range of theories within these resource pages, but consider these concepts of a system.iii A system is an integrated assembly of interacting elements, designed to carry out cooperatively a predetermined function.[Gibson 1960] A syste...
The idea of the building as a systemsprings from modern systems theory and the application of building science principles to building behavior and performance. The building as a system concept is a relatively new development in building science. It resulted directly from the introduction of a systems approach, to building science practice, starting...
The term "performance" may be defined as the level of service provided by a building material, component, or system, in relation to an intended, or expected, threshold or quality. For example, the structural performance of a building may be judged in terms of its resistance to dead, live, soil, wind, hydrostatic, and seismic loads as prescribed by ...
Appropriate building performance objectives involve numerous interfaces between the building, its occupants, and the natural and built environment as depicted in Figure 4. Some of these interfaces cannot be regulated (e.g., climate, weather, human physiology, etc.), while others may be manipulated within some prescribed range (e.g., energy efficien...
Performance concepts in building codes and standards have existed largely as constraints guiding the prescriptive codes and standards development process. One of the major challenges in developing an effective building performance objectives framework has been the establishment of explicit parameters supported by building science knowledge, and spe...
Building behavior (performance) is a highly complex, resultant phenomenon. It involves numerous simultaneous and sequential physical phenomena, and the response of the building as a systemwill vary depending on the nature and arrangement of the constituent elements. At present, a comprehensive, explicit model of building system behavior has not bee...
The framework depicted in Figure 7 is an extension of earlier work pursued by the author.vii It is based on the premise that in the assessment or design process, the key consideration appears to be the performance objective or intent. This view has since been strongly reinforced as many nations move towards objective-based building codes.viii An in...
A common purpose of building science is to achieve building system integration, not by-trial-and-error over many generations of building precedents, but each and every time a building is being designed and built. This implies defining a level of performance and a means of assuring compliance. Optimizing performance goes beyond compatibility between...
In summary of the ideas and relationships that have been presented, the following conclusions may be considered: 1. Buildings are systems that must be appropriately integrated by designers to achieve defined levels of performance. 2. Building science provides a disciplined means of dealing with the physical requirements of buildings that is complet...
- Dima Stouhi
- All-in Rate: In Construction, the term means the total expenses for an item, which include all the direct and indirect costs. The term is also used in the financial sector.
- Architect of Record: This term signifies the name of the architecture firm, or architect, whose name has been listed on the issued construction permits.
- Batter (Walls): In architecture, batter means an inward inclination or slope of a wall or structure. Some architects choose this design to provide structural strength while others choose it for decorative purposes.
- BIM: BIM, which stands for building information modeling is the digital transformation process in architecture, engineering, and construction, by creating a computer model of a building that features all of the its details; from its general structural layout to its smallest detail measurements.
In architecture, a design concept is what the designer feels and thinks of when they connect to their design. It is what the user or visitor moving through the finished structure and spaces feels, thinks and experiences on their journey.
Architectural concept design is both an art and a science—a process that harmonizes creative thinking with technical pragmatism. It is the lifeblood of architectural design, shaping the built environment in profound ways.
This introductory chapter has provided a broad overview of building construction and materials, touching on the historical context, the construction process, the science behind the materials, and the tools and techniques used in the field.
