Sentence examples for ceramic cladding. from inspiring English sources

With the El banging overhead, Harry explained the elements of the turn-of-the-century Chicago School of architecture -- the big glass-fronts at street level, the glazed ceramic cladding, the decorative columns at the building's top.

The presented heat pipes are gravity assisted and based on a multi-layer concept comprising a ceramic cladding and an inner metal tube that contains sodium as the working fluid.

The selected sustainability criteria are then applied to identify the most sustainable facade system, among five different alternatives including double brickwork, aluminium composite panel, ceramic cladding, Autoclaved Aerated Concrete (AAC) panels and concrete blocks, to replace the existing worn façade of an actual building.

Alternative fuel concepts considered in the US and internationally include coated particle beds, ceramic clad fuel pins, and novel ceramic 'honeycomb' structures.

At the same time, the potential merits of a gas fast reactor (GFR) with ceramic clad fuel for a safe management of cooling accident are acknowledged for the potential of this reactor type to resolve critical issues of liquid fast reactors (safety, operability and reparability).

A "kitsch, ceramic-clad canyon" it might be, but he points out that thousands visit every weekend when the street is pedestrianised.

Next summer will see the completion of their final built project, a ceramic-clad gingerbread temple in a field in Essex, designed with artist Grayson Perry as part of Alain de Botton's series of rentable holiday homes.

Local residents hope this ceramic-clad museum, on the site of a former car park and public loo, will revive a decaying seaside town still best known for a battle that took place nearby almost a millennium ago.The idea that the arts can reinvigorate local economies has been in vogue in America since the 1980s and gathered pace elsewhere after the opening of the Guggenheim Museum Bilbao in 1997.

The range of laser surface processes applied to light alloys includes simple remelting of the alloy surface; remelting with the addition of alloying elements or ceramic particles; cladding with a layer of material having different properties; and shock processing to create residual stresses in the surface.

Under these conditions, the clad ceramic layers consisted mainly of non-transformable t′ phase and the retained c phase.

The clad ceramic coatings characterized by a dense structure, no cracks, low dilution and good metallurgical bonding to substrate were obtained under optimum processing parameters.