Wave Loads on Emerged Breakwater Crown Walls, a Physical Model Study

In this study loading characteristics of rubble mound breakwater crown walls are investigated. This is done using a 2D physical model, testing for overall stability (through sliding) and temporal & spatial distributions of pressure along the face and base of the crown wall. A variety of wave conditions and geometries is used, with special...

Safeguarding inclusion when using gestures in microtask crowdsourcing

Microtask crowdsource workers are negatively influenced, mentally as well as physically, by the repetitive nature of the tasks they perform. Research is ongoing on whether using a gesture-based input technique could mitigate these negative effects. This paper identifies possible ways that using gestures as an alternative input modality could...

Particle-precipitation-aided chemical vapor deposition of titanium nitride

Vapour-phase synthesis of titanium nitride powder

A kinetic study of titanium nitride chemical vapor deposition using nitrogen, hydrogen, and titanium tetrachloride

Chemical vapour infiltration of TiB2 and TiN in porous Al2O3

Chemical vapor deposition of titanium diboride using boron tribromide, titanium tetrachloride, and hydrogen

Gas-to-particle conversion in the particle precipitation-aided chemical vapor deposition process. I: Synthesis of the binary compound titanium nitride. The role of aerosols in materials processing

Chemical Vapor Precipitation of Submicron Titanium Nitride Powder

Synthesis of a ceramic zeolite membrane by means of a dip-coating technique

Comparison of the British, German and Netherlands indices and of the admissable national limits of aircraft noise nuisance

Because of the different structure of the British, German and Netherlands indices of aircraft noise exposure it is not possible to present generally applicable relations between these indices. In a number of cases, which are more closely defined, it has, hovjever, been possible to make a comparison. In this report the results of such a...