Design choice: Difference between revisions
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[[File:Utility-transportation corridor study for Montana - summary - the existing situation and options for future corridor selection (IA utilitytransport1930breu).pdf|thumb|Montana design choices]] | [[File:Utility-transportation corridor study for Montana - summary - the existing situation and options for future corridor selection (IA utilitytransport1930breu).pdf|thumb|Montana design choices]] | ||
A '''design choice''' describes the planned way to satisfy an [[engineering]] development [[requirement]] in a way that could be satisfied differently. Often, there are multiple ways to satisfy a requirement, which necessitates making choices to select from possible design options. Selection is often based on financial considerations, often resulting in the least expensive option. | A '''design choice'''<ref>{{cite web |title=The Engineering Design Process: Choose the Best Solution |url=https://www.sciencebuddies.org/science-fair-projects/engineering-design-process/best-solution |website=sciencebuddies.org |access-date=27 June 2025}}</ref> describes the planned way to satisfy an [[engineering]] development [[requirement]] in a way that could be satisfied differently. Often, there are multiple ways to satisfy a requirement, which necessitates making choices to select from possible design options. Selection is often based on financial considerations, often resulting in the least expensive option. | ||
In [[civil engineering]], design choices typically derive from basic principles of [[materials science]] and [[structural design]]. A suspension bridge, for example, uses the fact that [[steel]] is extremely efficient in [[tension (mechanics)|tension]], while a prestressed concrete bridge takes advantage of [[concrete]]'s relatively low cost by weight and its ability to sustain high compressive loading (see [[compression (physical)|compression]]). | In [[civil engineering]], design choices typically derive from basic principles of [[materials science]] and [[structural design]]. A suspension bridge, for example, uses the fact that [[steel]] is extremely efficient in [[tension (mechanics)|tension]], while a prestressed concrete bridge takes advantage of [[concrete]]'s relatively low cost by weight and its ability to sustain high compressive loading (see [[compression (physical)|compression]]). | ||
Latest revision as of 19:14, 27 June 2025
A design choice[1] describes the planned way to satisfy an engineering development requirement in a way that could be satisfied differently. Often, there are multiple ways to satisfy a requirement, which necessitates making choices to select from possible design options. Selection is often based on financial considerations, often resulting in the least expensive option.
In civil engineering, design choices typically derive from basic principles of materials science and structural design. A suspension bridge, for example, uses the fact that steel is extremely efficient in tension, while a prestressed concrete bridge takes advantage of concrete's relatively low cost by weight and its ability to sustain high compressive loading (see compression).
References
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