Ignazio Crivelli Visconti | Università degli Studi di Napoli "Federico II" (original) (raw)
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Papers by Ignazio Crivelli Visconti
Developments in the Science and Technology of Composite Materials, 1990
The SPRINT Program covers research financed by E.E.C.. The objective of this Program is the impro... more The SPRINT Program covers research financed by E.E.C.. The objective of this Program is the improvement of knowledge transfer between Research Centers and firms.
Composites, 1981
This meeting, held during the Hast '80 Exhibition, was attended by more than 120 delegates coming... more This meeting, held during the Hast '80 Exhibition, was attended by more than 120 delegates coming from both firms in the field of fibre and resin manufacture and research institutes of various countries.
Developments in the Science and Technology of Composite Materials, 1990
The use of composite connecting rod in alternative engines offers noticeable advantages such as i... more The use of composite connecting rod in alternative engines offers noticeable advantages such as inertial forces reductions and high fatigue resistance.
This is now recognised as the European forum for developments in all aspects of composites resear... more This is now recognised as the European forum for developments in all aspects of composites research and development. This is the complete 1998 proceedings published in four volumes.
Polymer Engineering and Science, 1975
This note illustrates how the development rate for the use of composites as engineering materials... more This note illustrates how the development rate for the use of composites as engineering materials has recently increased. Reasons for the expected even larger number of applications of composites in industry is explored. The engineering potential of composites is outlined in terms of properties and design aspects and mainly by pointing out how the proper use of a composite requires a clear knowledge of its application as well as the appropriate design technology. Examples of applications in different fields are reported with the aim of showing the high versatility of composites for a variety of engineering applications. The final part is devoted to cost aspects, which are considered in connection with the effects of composite use upon the total structure. The purpose is to show that a large number of interesting applications are already cost effective.
Developments in the Science and Technology of Composite Materials, 1990
The SPRINT Program covers research financed by E.E.C.. The objective of this Program is the impro... more The SPRINT Program covers research financed by E.E.C.. The objective of this Program is the improvement of knowledge transfer between Research Centers and firms.
Composites, 1981
This meeting, held during the Hast '80 Exhibition, was attended by more than 120 delegates coming... more This meeting, held during the Hast '80 Exhibition, was attended by more than 120 delegates coming from both firms in the field of fibre and resin manufacture and research institutes of various countries.
Developments in the Science and Technology of Composite Materials, 1990
The use of composite connecting rod in alternative engines offers noticeable advantages such as i... more The use of composite connecting rod in alternative engines offers noticeable advantages such as inertial forces reductions and high fatigue resistance.
This is now recognised as the European forum for developments in all aspects of composites resear... more This is now recognised as the European forum for developments in all aspects of composites research and development. This is the complete 1998 proceedings published in four volumes.
Polymer Engineering and Science, 1975
This note illustrates how the development rate for the use of composites as engineering materials... more This note illustrates how the development rate for the use of composites as engineering materials has recently increased. Reasons for the expected even larger number of applications of composites in industry is explored. The engineering potential of composites is outlined in terms of properties and design aspects and mainly by pointing out how the proper use of a composite requires a clear knowledge of its application as well as the appropriate design technology. Examples of applications in different fields are reported with the aim of showing the high versatility of composites for a variety of engineering applications. The final part is devoted to cost aspects, which are considered in connection with the effects of composite use upon the total structure. The purpose is to show that a large number of interesting applications are already cost effective.