Great question.
Design-build has become synonymous with fast tracking a project. This is a false understanding of the reasoning behind design-build.
In a regular project or type of construction, there are a set of plans with all of the required engineering. This means that the total project has been conceptualized and planed, down to the fine details.
In design build project an architects concept has been drawn. Most design build projects stop here and get a permit so that the owners time tables can be met. While construction begins, engineering is continuing, and we tend to call it a design build project. All of the engineering comes latter for times sake. More of a fast track than a design build.
In a real design build project the architect's concept is there but the engineering is in question as to how the project will actually work. Most have some, if not all of the required engineering, or at least an overall concept of the engineering plan that include drawings and details. The reasoning for design build is that the engineering concepts are only that, concepts, and have not been actually proven in other than theory, or not to the scales that they are being implimented in the project. Engineering details may change with actual numbers and this is foreseen or planed.
The reason for design build is that there are expected changes or unanswered questions in the engineering that can not be fully answered until the building is to the point in construction that the engineer can make a full determination or actual measurements, loads and/or calculations.
Others may (and will) disagree, but this is my understanding of the true meaning of DESIGN-BUILD.
!
Terry
green design is sustainability and sustainbility is what green design is .
In Compiler there is no design word ,whereas in compiler design there is design word
Permissible stress design (in USA construction more commonly called allowable stress design) is a design philosophy used by civil engineers. The designer ensures that the stresses developed in a structure due to service loads do not exceed the elastic limit.
is a step in the design process that involves reassessing the design specifications, implementing modifications, and updating drawings
There is quite a difference between industrial design and design engineering. Industrial design is an applied art where the usability of products can be improved. Design engineering is a discipline that creates and transforms ideas to satisfy the requirements of a customer.
The answer of this qustion is in "Fundamentals of Design and Manufacturing book"
Testing and commissioning are to be carried out on installations to assure that they are reliable and meet the design requirements. The witnessing of tests on and off-site shall be determined by Design specifications, Mechanical and Electrical
EPC is a contract comprising Engineering, Procurement and Construction. Turnkey is a contract comprising Engineering, Procurement and Construction. If you look at the definition , you may find no difference between two concepts, but there are some differences between two concept as follows; 1- In EPC, an employer will provide basic engineering to a contractor and the latter shall perform detailed design based of received basic design. 2- In Turnkey , Employer will only provide certain technical specifications of the project and it is the responsibility of the contractor to prepare basic and detail design of the project. 3- In turnkey, contractor is responsible to perform construction and commissioning, start-up and take over of the plant to employer, but in EPC, it may be the responsibility of other third person to do commissioning and start-up.
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The difference between design and technique is quite elaborate. Design is the development and documentation of an idea while technique is the strategy that is used to do something.
Clarence W. Dunham has written: 'Planning industrial structures' -- subject(s): Design and construction, Factories, Usines 'The theory and practice of reinforced concrete' -- subject(s): Concrete construction, Reinforced concrete, Reinforced concrete construction 'Dunham and Young's Contracts, specifications, and law for engineers' -- subject(s): Construction contracts, Engineering contracts, Engineering law, Law 'Contracts, specifications, and law for engineers' -- subject(s): Buildings, Construction contracts, Engineering, Engineering contracts, Engineering law, Law, Specifications
Basically the semi-conductor junctions are a larger surface area and heat sinks are part of the design to dissipate heat.
Civil or Structural Engineer is the primarily responsible for it. But then we need to investigate the construction quality if it is constructed as per design and specifications?
Yew-Chaye Loo has written: 'Reinforced and prestressed concrete' -- subject(s): Reinforced concrete, Concrete products, Reinforced concrete construction, Specifications, Standards, Testing, Design and construction 'The finite-strip method in bridge engineering' -- subject(s): Bridges, Design and construction, Finite strip method
green design is sustainability and sustainbility is what green design is .
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In Compiler there is no design word ,whereas in compiler design there is design word