Improving Global Quality of Life
Improving Global Quality of Life
Improving Global Quality of Life
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implementation <strong>of</strong> smart systems. In addition, there are needs for inspection <strong>of</strong> new processes such<br />
as friction stir welding and new materials that are not typical in the shipbuilding industry.<br />
Cost Control: There is a need to apply Lean Principals to create more efficient fabrication operations<br />
and eliminate non-value added activities.<br />
Standards: Material standards and standardisation includes items that support the application <strong>of</strong><br />
“best-practice” commercial and government standards that support rapid data acquisition, design<br />
engineering, and efficient production operations.<br />
Occupational Health & Safety: Technologies are needed that improve worker safety, health, and<br />
reduce environmental impact while not significantly increasing the cost <strong>of</strong> time <strong>of</strong> ship construction.<br />
Workforce Development: The shortage <strong>of</strong> skilled welders and other skilled crafts leads to the need<br />
for innovative methods <strong>of</strong> workforce education, training, and development. This area includes<br />
programmes to attract, develop, and retain qualified welders and other personnel to support<br />
shipyard operations.<br />
9.8.8 The IIW select committee Shipbuilding<br />
The IIW select committee Shipbuilding was established as a working group during the IIW Annual Assembly<br />
in San Francisco in 1997 to bring greater collaboration in international shipbuilding in the IIW member<br />
countries. The objective <strong>of</strong> the IIW group, was and still is, to create an international forum for technology<br />
transfer and information exchange and should be a meeting point for shipbuilders. The basic programme is<br />
achieving the correct emphasis on practical, useful approaches to industrial management in shipbuilding.<br />
Based on the scientific and experimental research efforts, the activities are application oriented. The WG<br />
goals have been achieved by sharing knowledge in the various areas to the extent that this is possible,<br />
without revealing confidential information vital to the individual shipyard’s competitive situation.<br />
9.9 Building sector<br />
The general term “buildings” encompasses the whole array <strong>of</strong> structures, including those used for <strong>of</strong>fices,<br />
factories, schools, hospitals and apartments, to name a few. Domestic houses are exempted from the general<br />
category <strong>of</strong> buildings.<br />
Buildings are inherently large structures, typically involving shop assembly <strong>of</strong> the building’s components<br />
followed by field erection. They are <strong>of</strong>ten one-<strong>of</strong>-a-kind structures, eliminating the option <strong>of</strong> design by trialand-error.<br />
Buildings are expected to last for many decades, and during the life <strong>of</strong> a building, the structure<br />
may be modified for new uses.<br />
Thousands <strong>of</strong> lives are dependent on large buildings being reliable, even when subjected to the <strong>of</strong>ten hardto-predict<br />
forces <strong>of</strong> nature, whether due to tsunamis, hurricanes, tornados or earthquakes. Buildings are<br />
also the target <strong>of</strong> terrorists where blast loads from street-level truck bombs are <strong>of</strong> concern.<br />
For major structures (over five storeys high), two primary building systems exist: steel construction and<br />
concrete construction. Both types are in fact “composite” construction, employing components made <strong>of</strong> both<br />
materials. Steel construction uses steel beams and columns with foundations and floors made <strong>of</strong> concrete.<br />
Concrete construction utilises concrete columns, beams, floors and walls, but reinforcing steel (“rebar”)<br />
gives concrete the ability to resist tensile loads. For pre-stressed concrete construction, steel cables are used<br />
to induce compressive stresses.<br />
128 <strong>Improving</strong> <strong>Global</strong> <strong>Quality</strong> <strong>of</strong> <strong>Life</strong> Through Optimum Use and Innovation <strong>of</strong> Welding and Joining Technologies