View allAll Photos Tagged CivilEngineering

Site plan for The District at Greenbriar Apartments located at 4100 Greenbriar Dr., Houston, TX. Plans were approved in early 2012; Construction began soon after.

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

Travaux de voirie Cours Léopold à Nancy.

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

Poids en ordre de marche : ±30 000 kg

 

Travaux de reprise des affouillements à l'aval du barrage de Villey-le-Sec sur la Moselle canalisée.

 

Durée des travaux : avril 2025 → octobre 2025

Montant des travaux : 1 179 660 €

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

OK, not remodelling but couldn't resist: two pigeons settled on the cab of the HST when it arrived, and are just finding out that they won't be staying there long

[[updated details - 08/01/2026]]

Travaux de voirie rue du Maréchal Oudinot à Nancy.

Spaghetti Junction, Birmingham

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

Travaux de voirie Cours Léopold à Nancy.

Poids en ordre de marche : 14 900 kg

 

Travaux de collecte et transfert des eaux de source du Reclus, Nabécor et du jardin botanique.

Elemetary School students find the wonders of science at UW Discovery Days

Roadway Improvements plan & profile "A" for The Genesee (AKA: Oak Meadows Apartments) located at 3715 S. 1st St., Austin, TX. (COA Case #SP-2011-0070C). Plans were approved in 2011; Construction began late 2011/early 2012.

Remembered I took this one in October last year but didn't upload it. Compare to this (clicky).

Concrete compression test - post failure

Elemetary School students find the wonders of science at UW Discovery Days

Viaducto de Segovia o viaducto de la calle Bailén. O simplemente "El viaducto". Madrid.

Site Striping & Signage Plan for the CapMetro rail station located at M.L.K. in Austin, TX.

(COA Case #SP-2007-0409C). Circa 2008.

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

Baltimore, Maryland

Completed 1871

 

"(T)here being considerable apprehension as to the safety of the dam and lake ... the water board requested three well-known engineers ... to investigate and report on the work .... After a very thorough and careful investigation, these engineers reported ... that it would be difficult to make a more perfect bank than that of Druid Lake."

- Alfred M. Quick, Chief Engineer, Baltimore Water Works, February 20, 1902

 

Like other American cities in the late 19th century, Baltimore had grown so quickly its supply system was unable to provide city residents with a dependable supply of water. Two reservoirs built outside the city helped increase capacity, but heavy rainfalls in the largely agricultural area tended to foul this additional water supply. City officials elected to construct a holding reservoir within the city - contained by an earthen dam - where silty water would be allowed to settle.

 

No such project had ever been undertaken in the United States. The site chosen was a ravine in Druid Hill Park, a public city park that contained a small stream. Beginning in 1864, Robert K. Martin, a civil engineer for the Baltimore Water Department, oversaw the design and construction of a 119-foot dam built with materials excavated from the reservoir bed. Orchestrating a careful sequence of construction steps and using readily available construction equipment, Martin pioneered design principles and building methods still in use today.

 

Facts

 

- Druid Lake Dam was the first earthen dam more than 100 feet in height built in the United States. It quickly became the forerunner of many similar projects around the country.

- Druid Lake reservoir holds 430 million gallons, and continues to provide a vital link in Baltimore's water-supply network.

- A key element of the dam's construction was the economical handling of materials. Earth and clay were transported directly to work areas from their excavation sites on temporary railroad tracks that were taken apart and relocated as work progressed.

- The dam is anchored by a five-foot-tall stone wall extending the dam's entire length -- four feet thick at the base tapering to two feet at the top, and set into solid rock. The wall, described by Robert Martin as the "tooth" of the dam, was meant to stabilize the whole structure against lateral pressure while providing an impervious barrier to water seepage.

- The core of the dam, 36 feet thick at its base, surrounds the stone wall and was made from compacted clay found at the site. The banks that encase the core on each side were constructed of compacted earth in six-inch layers, using rollers drawn by four-horse teams to compress the embankments.

- The upstream face of the dam has a 4:1 slope and the downstream face a 2:1 slope. Both were carefully finished in three-inch layers of compacted earth.

For more information on civil engineering history, go to www.asce.org/history.

 

Elemetary School students find the wonders of science at UW Discovery Days

2007-03-06 神奈川県川崎市高津区 二ケ領上河原堰堤

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

Elemetary School students find the wonders of science at UW Discovery Days

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

2014 UNSW School of Civil & Environmental Engineering 4th Year Dinner

Striping and Signage plan for The Genesee (AKA: Oak Meadows Apartments) located at 3715 S. 1st St., Austin, TX. (COA Case #SP-2011-0070C). Plans were approved in 2011; Construction began late 2011/early 2012.

Elemetary School students find the wonders of science at UW Discovery Days

Giethoorn is a village in the Dutch province of Overijssel. Giethoorn used to be a carfree town known in the Netherlands as "Venice of the North" or "Venice of the Netherlands". It has over 180 bridges. In the old part of the village, there were no roads (nowadays there is a cycling path), and all transport was done by water over one of the many canals. The lakes in Giethoorn were formed by peat unearthing.

Giethoorn was founded by fugitives from the Mediterranean region in around AD 1230.

Water Quality & Detention pond plan for the Toyota dealership at 4900 Weidemar Lane in Austin, TX (COA Case #SP-2009-0323C) Circa 2009

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