Description / Abstract:
PURPOSE AND SCOPE OF VOLUME 3
Volume 3 of CMH-17 provides guidance in the areas of design,
manufacture, and support of polymer composite structures. It is an
extensive compilation of the current knowledge and experiences of
the engineers and scientists who are active in this evolving field.
It is maintained and regularly updated by some of the leading
technical people from industry, government, and academia. The
majority of contributors are from the aircraft community, so the
information presented reflects current aircraft experiences.
However, many of the key issues raised and techniques discussed can
be adapted to non-aerospace applications of composite
structures.
Volume 3 is intended mainly for those who are relatively new to
applications of polymer composite materials and is meant as a
general guide to help newcomers safely and effectively utilize
these materials in structures. It supplements Volumes 1 and 2 by
providing some understanding of composite material properties and
their use in design. Volume 3 supports an extended process for
structural safety by providing peer-reviewed information on design,
manufacture, maintenance, and operation of composite structures,
including information on:
• Issues to consider during design;
• Material and process considerations;
• Design and development methods;
• Quality control issues during manufacture; and
• Guidelines for maintenance, inspection, and repair of
structures for their intended life.
Although Volume 3 provides general guidance on all of these
topics, it is not intended as a standalone manual on how to
engineer composite structures. Where certain topics are well
covered by publicly available references, it points the reader to
these documents. However, Volume 3 also contains information on
significant technical issues that is not generally available in
other public references. While Volume 3 is intended as a top-level
guide to application of polymer composite materials, the
information and experiences presented are not all-inclusive and
identify only some of the ways to engineer successful composite
structures.