ตัวกรองผลการค้นหา
steel structure
แปลว่าโครงเหล็ก
Formal technical reviews
แปลว่า(Software Engineering) a structured meeting conducted by software engineering with the intent of uncovering errors in some deliverable or work product
Stucco
แปลว่า(Concrete Engineering) A portland cement mortar material that can be applied to the surface of any building or structure to form a hard and durable covering for the exterior wails or other exterior surfaces.
infrastructure
ทับศัพท์เป็นอินฟราสตรักเตอร์
restructure
แปลว่าเปลี่ยนโครงสร้างใหม่
structure
แปลว่าโครงสร้าง
Naga structure on gable
แปลว่านาคสะดุ้ง
แปลว่าแบบสร้าง
Cellular Concrete
แปลว่า(Concrete Engineering) A lightweight product consisting of portland cement, cement-pozzolan, cement sand, lime-pozzolan, or lime-sand pastes, or pastes containing blends of these ingredients and having a homogenous void or cell structure, attained with gas forming chemicals or foaming agents. For cellular concretes, containing binder ingredients other than or in addition to portland cement, autoclave curing is usually employed.
superstructure
แปลว่าโครงสร้างบนส่วนของอาคาร, โครงสร้างเหนือระดับพื้นดิน [ช่างก่อสร้าง]; โครงสร้างส่วนเหนือดิน [โยธา]
Refactoring
แปลว่า(Software Engineering) changing software in a way that improves its internal structure but does not change it external behavior; often conducted iteratively as design evolves into code.
Bainite
แปลว่า(english) A eutectoid transformation product of ferrite and a fine dispersion of carbide, generally formed at temperatures below 840 to 930 F (450 to 500 C): upper bainite is an aggregate containing parallel lath-shape units of ferrite, produces the so-called feathery appearance in optical microscopy, and is formed at temperatures above about 660 F (350 C); lower bainite consists of individual plate-shape units and is formed at temperatures below about 660 F (350 C). Also, a slender, needle-like (acicular) microstructure appearing in spring steel strip characterized by toughness and greater ductility than tempered Martensite. Bainite is a decomposition product of Austenite best developed at interrupted holding temperatures below those forming fine pearlite and above those giving Martensite.
