International Shipping & Freight Forwarding Blog

Ai Freight Forwarding

Posted by Reid Malinbaum on Mon, Mar 31, 2014 @ 02:35 PM

Air Freight Forwarding

international shipping and forwarding

Airlines seem to have endorsed a general rate increase (GRI) that can be seen with the Atlantic & Pacific lanes.

How to stay competitive

Good quality products and better services adding quick turnarounds from manufacturing to air freighting your shipments. There is no more important time, but to develop relationships
with your forwarders (WWW.ETCINTERNATIONALCOM).

And so, you are fortunate enough to call on ETC Freight System 1-800-383-3157 to discuss any inland pick-ups, enclosed trailers, ocean containers, lift-gate, low-boy, insurance, documentation meeting the US Customs requirements. For exporters seeking Consular work for
their paperwork to accompany the shipments overseas. So far so good! Our airfreight department will stay in contact with the airlines after hours to insure a timely departure. You receive a time line regarding your shipments keeping you and your overseas customers well informed. In the world of mass production, poor expertise & lack of personal engagement
adds unexpected costs & aggravation.  ETC Intl. Freight System, has no aspiration to be the K-Mart of the forwarding business. 

We are independently owned & although part of an industry highly regulated, we help you close the gap to manage your shipments from inception to end. Our employees’ knowledge & dedication are of paramount importance in theservices that we render, which bear our name. Customer satisfaction is the guiding principle for all our activities. For a quote email us at
Sales@etcinternational.com

 

Researchers Tackle High-Altitude Engine Icing

AIN Air Transport Perspective » March 31, 2014 byThierry Dubois

 

NASA cites some 200 cases of power loss, likely from high-altitude icing, in the past 20 years. Over the last 20 years, the aviation industry has documented more than 200 incidents in which turbofans have lost power during high-altitude flights, according to NASA. Investigators have developed a theory that high concentrations of small ice crystals caused the loss of power, and researchers believe the phenomenon has become more common as engine companies introduce higher-bypass turbofans and airlines fly at higher altitudes. EASA certification director Norbert Lohl recently cited climate change as another possible explanation.

An international research effort led by Airbus is under way in Darwin, Australia, to better understand engine icing conditions, using a specially instrumented Falcon 20 business jet. This month, the “high-altitude ice crystals/high ice water content” flight campaign has taken the airplane into weather that produces specific icing conditions so researchers can study its
characteristics. As part of the tests, a NASA-supplied probe measures the total water content of clouds containing high concentrations of ice crystals, in the vicinity of oceanic and continental thunderstorms.

Various teams concentrate, for instance, on analyzing data from the Falcon’s onboard weather radar (which normally does not detect ice crystals), capturing satellite imagery to help forecast where the aircraft might encounter the best icing conditions and using flight data to improve ice concentration prediction algorithms. “The research compiled during the flight campaign will build on or redefine what we know about ice crystal icing at high altitudes,” said Tom
Ratvasky, the NASA Glenn project scientist supporting the campaign.

Separately, NASA scientists have developed a test facility that can re-create high-altitude engine icing. Researchers at the propulsion system laboratory at NASA’s Glenn research center in Cleveland, Ohio, claim the facility is the first of its kind in the world. The wind tunnel can generate ice crystals at simulated altitudes of up to 40,000 feet, airspeeds up to Mach 0.80 and temperatures down to -60 degrees  degrees F (-51C).

So far, the center has conducted only one test campaign, with a relatively small Honeywell ALF502-R5 turbofan. The facility cannot accommodate large engines but its promoters suggest an engine core or compressor could take the place of a full engine because icing happens in the compressor.

Engine makers cannot use the facility for certification. Nevertheless, researchers hope the data it produces can help industry with certification efforts. “With the controlled environment, we can study where and how the ice is accumulating,” a NASA researcher told AIN.

In parallel, Airbus and its partners hope the Darwin campaign will provide useful information to aviation regulatory agencies.

ETC International Freight System

We are independently owned & although part of an industry highly regulated, we help you close the gap to manage your shipments from inception to end. Our employees’ knowledge & dedication are of paramount importance in theservices that we render, which bear our name. Customer satisfaction is the guiding principle for all our activities. For a quote email us at
Sales@etcinternational.com 

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