| Wagner Fineness | (Concrete Engineering) The fineness of materials such as portland cement expressed as total surface area in centimeters per gram as determined by the Wagner turbidimeter apparatus and procedure. |
| Water-Cement Ratio | (Concrete Engineering) The ratio of the amount of water, exclusive of that absorbed by the aggregates, to the amount of cement in a concrete mix. Typically expressed as percentage of water, by weight in pounds, to the total weight of portland cement, fly ash, and any other cementitious material, per cubic yard, exclusive of any aggregates. |
| Water Vapor Pressure | (Concrete Engineering) The pressure exerted by water vapor. Air that contains higher amounts of water vapor exerts a higher vapor pressure than air which has a lower amount of has a higher water vapor pressure In concrete water vapor pressure is calculated by the difference between the vapor pressure of the concrete and the ambient relative humidity and temperature and in contact with the soil. that is calculated by; based upon relative humidity and temperature. The greater the difference between the water vapor and ambient humidity and temperature, in degrees Fahrenheit. the greater the water vapor pressure exerted. |
| geotechnical engineering | วิศวกรรมธรณีเทคนิค |
| B.E.= Bachelor of Engineering | ปริญญาวิศวกรรมศาสตร์บัญฑิต |
| B. Eng.= Bachcelor of Engineering | ปริญญาวิศวกรรมศาสตร์บัญฑิต |
| division | การแบ่ง, ส่วนแบ่ง, ชั้น, แผนก, กอง Division of Designs and Contruction = กองออกแบบ และก่อสร้าง Division of Engineering = กองช่าง Division of Forest Control = กองคุ้มครองป่าไม้ Division of Waterways Maintenance = กองขุดและรักษาร่องน้ำ |
| engineering | วิศวกรรม, การช่าง |
| structural engineering | วิศวกรรมโยธา ที่เกี่ยวกับการออกแบบก่อสร้าง |
| electrical engineering | วิศวกรรมไฟฟ้า, การช่างไฟฟ้า |