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Travel Distance News

10 Aug 2020

Considering an All-electric Future

Glosten is working with Ray Hunt Design and the Canaveral Pilots Association on a pilot/demonstration project for the design, construction and operation of an electric pilot boat. Marking a first for a pilot boat in the U.S., the vessel will feature a battery-electric propulsion system with an emergency ‘get home’ diesel engine. (Image: Glosten)

One can hardly read industry news these days without seeing mention of hybrid vessels or batteries. We’ve all heard the praise and the pitfalls discussed by proponents and critics alike. This article is not intended to convince you if batteries are right for you or not. Instead, for owners wondering if batteries are feasible for their operation, the optimal vessel characteristics and operational parameters for all-electric vessels are presented and discussed.Hybrid vessels, generally defined by having both a diesel engine and batteries…

22 Nov 2019

Shock Mitigation: Size Matters

image credit: SHOXS

When it comes to shock-mitigation, bigger is truly better.Let’s consider a thought experiment: You must take the wheel of one of two cars speeding along straight tracks with no exits. Both cars are traveling at 100 km/hour, but the first is 100 meters from a brick wall while the second is only 10 meters from an identical wall. There is nothing to do but decelerate before the crash, and assuming your decision is guided by self-preservation the choice is obvious. Why? Because even the best tactical driver can’t overcome physics…

09 Oct 2019

Shock Mitigation: Size Matters

When it comes to shock-mitigation, bigger is truly better.Let’s consider a thought experiment: You must take the wheel of one of two cars speeding along straight tracks with no exits. Both cars are traveling at 100 km/hour, but the first is 100 meters from a brick wall while the second is only 10 meters from an identical wall. There is nothing to do but decelerate before the crash, and assuming your decision is guided by self-preservation the choice is obvious. Why? Because even the best tactical driver can’t overcome physics…

23 Sep 2014

Insights: New York Canal Director Brian Stratton

Brian U. Stratton was appointed Director of the New York State Canal Corporation in April 2011, to oversee the operation and development of New York’s 524-mile Canal System, including the historic Erie Canal. The canal system, a historic system of waterways that dates back almost 200 years, was begun in 1817. Opened in its entirety in 1825, the Erie Canal is widely considered the engineering marvel of the 19th Century. But the canal system spans much more than the Erie Canal. It’s potential as an inland marine highway is undeniable.

29 Jul 2014

Huge Waves Measured for First Time in Arctic Ocean

J. Thomson / University of Washington

As the climate warms and sea ice retreats, the North is changing. An ice-covered expanse now has a season of increasingly open water which is predicted to extend across the whole Arctic Ocean before the middle of this century. Storms thus have the potential to create Arctic swell – huge waves that could add a new and unpredictable element to the region. A University of Washington researcher made the first study of waves in the middle of the Arctic Ocean, and detected house-sized waves during a September 2012 storm. The results were recently published in Geophysical Research Letters.

24 Aug 2011

Hyundai Heavy Completes Test for Ice-breaking Ore Carrier

Model Ship of Ice-breaking 190,000 DWT Iron Ore Carrier

Hyundai Heavy Industries, the world’s biggest shipbuilder, today announced the completion of the final performance test for a model ship of 190,000 DWT ice-breaking iron ore carriers at Institute for Ocean Technology in Canada. When the actual 190,000 DWT iron ore carrier is built, the iron ore carrier will be the world’s largest ice-breaking commercial ship. It will be able to navigate 1.7 m thick ice-covered waters with a speed of 6 knots. The ship will measure 310 m in length and 51 m in width.

08 Mar 2011

Marinette Marine Breaks Ground on New Facility

Marinette Marine Corporation, a member of the Lockheed Martin (NYSE: LMT)-led Littoral Combat Ship (LCS) industry team, broke ground for a new panel-line fabrication building to support construction of the U.S. Navy's LCS. The new building will improve the first stage of ship construction at Marinette Marine and decrease ship module travel distance throughout the LCS construction process. The building will feature automation to increase efficiency and provide the capacity for storage of steel and other raw materials. In addition to this groundbreaking, Marinette Marine also marked the opening of its professional center and the completion of a project to expand its main indoor ship construction building.