
ASME Restructures Membership Dues to Expand its Global Outreach
(4/26/04)
NEW YORK In step with its strategic globalization initiatives,
ASME announced plans to reduce membership dues in countries classified
with lower or middle income economies, thus making ASME membership and
its associated benefits more affordable to a greater number of engineers
and technical professionals worldwide. ASME will roll out its new, tiered
membership dues structure on July 1, 2004.
ASME will offer a 50 percent discount on membership dues to engineers
and technical professionals in economies classified as lower-income.
Those in middle-income economies will receive a 25 percent discount.
The criteria for classifying economies are based on the yearly World
Bank World Development Indicators report, which assesses a nation's
per capita, gross national income. The ASME discounts will apply to
all grades of membership.
"In addition to making ASME membership more affordable, the change
in our dues structure will help to expand the scope of ASME's global
outreach while creating a stronger knowledge base for the engineering,
technology and scientific workforce," said ASME President Reginald
I. Vachon.
Effective July 1, the new dues discounts will apply to over one-third
of ASME's current non-U.S. membership residing in lower or middle-income
economies. Under the new dues structure, ASME expects to increase its
membership in those regions, while becoming more responsive to rapidly
changing global markets.
For more information about ASME membership contact Maureen Mandel, director,
Membership Services at (212) 591-7745 or email at mandelm@asme.org.
For a complete listing of countries classified as lower and middle-income
economies, visit the ASME Web site at http://www.asme.org/member/countries.html.
Chair of ASME Turbo Expo 2004 Assesses the State
of Gas Turbine Technology (4/26/04)
NEW YORK Jet engines and other types of gas turbines entering
the marketplace in the next two to five years will be lighter, quieter,
and more efficient than today's models, says the chair of the forthcoming
ASME Turbo Expo 2004.
According to Sigmar Wittig, a leading authority and expert in gas turbine
technology, engine manufacturers will also strive to reduce production
costs as well as maintenance requirements on new designs.
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Sigmar Wittig
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"Users of gas turbines are driving some of these changes in the
industry," observes Wittig. "Airline companies and military
users have become increasingly concerned about fuel consumption and
other cost factors, and are pushing for lighter designs, less frequent
maintenance, and longer life in systems."
"The aim of Turbo Expo is to bring together gas turbine users
and developers for high-quality dialogue and information exchange,"
said Wittig.
The 2004 ASME Turbo Expo Power for Land, Sea & Air is set for
June 14-17, at the Austria Center Vienna in Vienna, Austria.
Many of the more than 725 technical papers at Turbo Expo will discuss
the new experimental tools and engineering processes that are enabling
gas turbine manufacturers to meet the demands of customers. According
to Wittig, engineers, with the aid of advanced analytical tools, have
achieved significant progress in engine development. These efforts are
contributing to longer operating life of systems.
A greater understanding of fluid mechanics, said Wittig, has paved
the way for designing environmentally friendly gas turbines featuring
reduced noise characteristics. And higher efficiencies are due partly
to the extensive work in cooling and regeneration and advanced research
in thermodynamics. Net power plant efficiencies are currently near 60
percent for combined gas and steam cycle systems.
"The gas turbine industry has achieved strong gains in the area
of energy efficiency, however I believe engineering resources exist
to go beyond current levels in the near future," said Wittig.
He envisions an increasing role for microturbines, particularly in
distributed generation and selected applications in the automotive industry.
He also sees further improvements and refinements in the technology
of ceramics, which have demonstrated a strong ability to withstand the
high inlet temperatures in the gas turbine system. Ceramics technology,
in addition to microturbines, will be featured in the technical sessions
at Turbo Expo, noted Wittig.
Sigmar Wittig is the chair of the executive board of the German Aerospace
Center. He has published more than 250 scholarly papers in the areas
of gas turbine combustions, heat transfer, instrumentation, and component
development. He is the recipient of numerous achievement awards and
recognitions, including the 2003 ASME R. Tom Sawyer Award for significant
contributions to gas turbine technology and dedicated service to the
ASME International Gas Turbine Institute (IGTI).
The gas turbine industry has experienced significant growth over the
last few years and many experts believe that future growth will continue
at a rate of nearly five percent a year.
Top European industry leaders will discuss the future of gas turbine
technology during the keynote session, on June 14, at Turbo Expo. Speakers
include Klaus Steffens, president and chief executive officer at MTU
Aero Engines GmbH, August W. Henningsen, chairman of the executive board
at Lufthansa Technik AG, and Hans-O. Jeske, member of the executive
board at MAN Turbomaschinen AG. The keynote theme will be New Benchmarks
for Gas Turbine and Jet Engine Advancements.
Turbo Expo, the premier event for the international gas turbine community,
will also showcase a major equipment exposition with over 100 gas turbine
industry manufacturers, suppliers, users and researchers.
Turbo Expo is sponsored by the International Gas Turbine Institute
of ASME, dedicated to supporting the international exchange and development
of information to improve the design, application, manufacture, operation
and maintenance, and environmental impact of all types of gas turbines,
turbomachinery and related equipment. For more information visit http://www.asme.org/igti/events/te2004.
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