Construction- building trade, make up of combined components. Fabrication-made up falsehood.
Architecture, assembly, build, conception, development, fabrication, manufacture, prefabrication and erection are all synonyms of the word construction.
I started to believe that Bob's story about wrestling the crocodile was a complete fabrication.
they have differe.nt method of deposition of film of conducting material. Hence, the difference between two is their fabrication process.
Metallization is a technique used to form metal contacts and interconnects in the fabrication of ICs.
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Fabrication yard is a demarcated area where metal construction which includes but not limited to cutting, grinding and welding and boring holes to different shapes and configuration. The are where all these and extended work are conducted can be refered to as fabrication yard.
Architecture, assembly, build, conception, development, fabrication, manufacture, prefabrication and erection are all synonyms of the word construction.
MANUFACTURING VS FABRICATION: single product is obtained by manufacturing and group of product which result is single obtained by fabrication.
different molecular construction
Certifications for structural steel fabrication and installation include the American Welding Society (AWS) certification, the American Institute of Steel Construction (AISC) certification, and the National Center for Construction Education & Research (NCCER) certification. These certifications demonstrate competence in the proper techniques and standards for working with structural steel in construction projects.
Mass production and fabrication
Fabrication.
the construction is different, each have pros and cons
Gordon T. Shimizu has written: 'Electronic fabrication' -- subject(s): Design and construction, Electronic apparatus and appliances
A floor separator in a building's construction serves to provide a barrier between different levels of a building, helping to prevent the spread of fire, smoke, and noise between floors.
Precision sheet metal fabrication involves a series of carefully coordinated steps to turn flat metal sheets into finished components used in various industries like electronics, automotive, and machinery. Here's a breakdown of the typical stages: Design & Engineering Everything starts with a CAD design. Engineers map out exact dimensions and tolerances based on the final use. This stage sets the tone for the entire process. Material Selection Choosing the right metal, such as stainless steel, aluminum, or brass, depends on the project’s requirements like strength, weight, and corrosion resistance. Cutting The sheet metal is then cut into the required shape using tools like laser cutters, waterjets, or plasma cutters. Precision is critical here to minimize waste and ensure fit. Forming & Bending Next, the cut pieces are bent or formed into specific angles using press brakes or rolling machines. This transforms flat parts into functional 3D components. Welding & Assembly Multiple parts are often welded, riveted, or fastened together. Skilled welders ensure strong joints without warping or damaging the material. Finishing To improve appearance or resistance, parts go through treatments like powder coating, painting, polishing, or anodizing. Quality Check & Delivery Final parts are inspected for accuracy, strength, and finish. Only after passing quality checks are they prepared for delivery or integration into larger assemblies. Platforms like Pepagora list various precision metal fabrication services, connecting businesses with capable manufacturers. This can be especially helpful for SMEs exploring custom fabrication options.
Behraad Bahreyni has written: 'Fabrication and design of resonant microdevices' -- subject(s): Microelectromechanical systems, Microfabrication, Design and construction, Resonance