Sentence examples for of stone construction from inspiring English sources

Beginning in the 9th century, there were the first stirrings of the revival of stone construction in Europe.

But the church had other interests that propelled the development of stone construction in new and daring directions.

Many of these structures survived the fall of the empire, and they became models for the revival of stone construction in medieval Europe, when masons again sought to build "in the Roman manner".

Carved stone objects, fantastic pottery that demonstrates the most advanced skills, evidences of stone construction, and remarkably sophisticated goldwork all bear witness to a truly magnificent era in ancient history.

It can be assumed that the solid rocks of stone constructions have a lower conductivity than the environment (Scollar, 1962; Tabbagh, 1986).

The pre-eruption vulnerability assessments forecast complete loss in areas affected by lava flow; however, the thick walls of rubble stone construction were recognised to be particularly resistant to lateral loading from a flow (Jenkins et al. 2014).

Most were surrounded by yards that included common work areas; small gardens; wells of primitive stone construction with absent or inadequate cement aprons, head cylinders, or protective covers; and outdoor latrines without pits.

Indeed, with the rise of the Republic of Venice Serenissima, stone construction was given a substantial boost, and trachyte was largely employed in public buildings, churches, monasteries, monumental gates, defensive walls and private residences, as well as for paving squares and streets; the most striking examples can be admired in Padua and Venice ([32, 33] and references therein).

These were founded in the late 19th or early 20th century in the industrial cities of Manchester, Liverpool, Leeds, Birmingham, Sheffield, and Bristol and were constructed of red brick, as contrasted with the stone construction of the buildings of Oxford and Cambridge.

Fig. 9 Simulation of temperature distribution at the bottom of gas distribution grid (variant two of the burner stone construction).

Fig. 8 Temperature distributions at the bottom surface of the gas distribution grid (variant one of the burner stone construction).