Thursday, January 30, 2014

Aviation Story Blog #5 - Kara Bobka

Girls:  Ever dream of how you would be proposed to?
Guys:  Ever wonder how you would propose to that special someone?

Because they started to allow pets on board a few years ago, Lovine thought he’d propose to his long distance love, Kat, via a mid air serenade and with their pet dog as an accomplice!

Lovine recalled the plan as simple – he wanted the place and time to be unexpected.  So, he thought why not magically show up on the same flight as Kat on her way to Burbank [to visit him].  Feeling ready, he took an early afternoon flight into Oakland in hopes to catch a later flight back to Burbank - the same one as Kat.  With the help of the Southwest Airlines team, he was right and made a good choice!

By blocking off an entire row for him to hide and giving him quick status updates on Kat, Lovine knew it was going to be perfect!  When he found out she was passed out in aisle 5, he acted.  He created flyers with the lyrics to their favorite song, “Real Love” by the Beatles and implemented the illustration Kat had designed on the front cover.  Each passenger received one; so, each person knew what was happening. 

As Lovine made his way down the aisle towards Kat, singing their song and strumming his guitar, she woke.  After her initial confusion, she smiled and Nickle (their dog) appeared wearing his cute airline steward pillbox hat with a ring attached!  Lovine bent down on one knee and popped the question.  Of course, Kat said yes! J 


To show his gratitude to the crew, Lovine posted the following to his blog:

Thank you, Flight 2363. Thank you, Southwest.
I have so many things to be thankful for today, and overwhelming gratitude to everyone who helped me get on board Flight 2363 (undetected).
The most blessed thanks, of course, to my wonderful fiancée for saying yes.

The free-spirited couple later wedded in the middle of Death Valley, where Nickle served as the ring bearer!  To read the full story or to see the wedding posts, please click on the link provided below:


Source:
"A Unique & Beautiful Airplane Proposal." Bridal Musings Wedding Blog. Bridal Musings 2012, 15 Aug. 2012. Web. 27 Jan. 2014. 

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PS:  Looks like my future husband will have some tough expectations to exceed! J

Tuesday, January 28, 2014

Blog Post #3: Bone Loss in Space

Trabeculae in the spongy bone of the femur.
Source: http://www.gla.ac.uk/t4/~fbls/files/fab/tutorial/generic/bonet.html
On Earth, bones like the long bones in our femurs and the vertebrae in our spines change shape based on the amount of gravity applied to them. Inside those bones is specific bone called trabeculae. Trabeculae is
lightweight and thin, but very strong and supportive. Trabeculae are what make up the spongy bone in bones.

An astronaut lifting weights in space.
Source: http://www.tested.com/science/space/456642-
iss-experiments-cause-bone-loss-space/.

In space, the human body recognizes there is no gravity and bones begin to change. Since the same applied forces are not continuously applied to our bones, the trabeculae start to thin. In a 50 year-old woman on Earth that has not been diagnosed with any bone diseases, can lose up to 2% of the trabeculae in her hip bones. An astronaut can lose that same amount in one month. NASA has designed special exercise equipment and an exercise program for their astronauts while they are up in space so their bones can stay strong and healthy. The astronauts lift weights and work out for 2.5 hours a day for six days out of the week. It takes a person three times as long to regain the lost support in their bones as it does to lose the bone, so it is important that astronauts apply pressure to their bones while flying in space.



Source for this article: http://www.nasa.gov/exploration/humanresearch/index.html#.UugXV2Qo7-k

Blog Post #2: Hot Air Balloon Festival

Every year, I travel with parents and siblings to visit my family in Coshocton around the time of the fair. We make a point to go to the Coshocton County Fair every year. My favorite part is the Hot Air Balloon Festival. About twenty balloons come out for the festival.  In the beginning, all you see is deflated hot air balloons. Each owner meticulously prepares the balloon for flight by checking all of the supporting ropes and gas that heats the balloon. 





 You don’t fully understand how big each balloon is until they are completely inflated. It is a sight to see all of the balloons inflated and ready to go! I have always been amazed to see a large group of hot air balloons take off at the same time and float away. The colors of the patterns on the balloons are easier to admire when they are inflated. 




Saturday night of the fair week, the balloons are prepared and flown. This event happens right when it begins to turn dark. When the hot air balloons fly, it looks huge luminaries fill the sky! The hot air balloon festival has always been one of my favorite things to see at the Coshocton County Fair.

Aviation story #4: Leah Fry


SPACE CATS!
Did you know that cats have benefitted from aviation as well?! In 1963, France developed a lofty goal: to be the first country to send a feline into space. Twelve street cats tried out for this prestigious position. However, ten of these precious little cuties couldn't control their voracious appetites and grew too chunky to fit in the rocket ship. Of the two remaining contenders, Felix outshone his competition and was chosen to make kitty history. This is where the story gets a little furry.. Felix disappeared before he could be fitted for his astrocat suit! French officials have never confirmed whether Felix got cold paws or whether a top secret scandal caused him to be suddenly and unexpectedly decommissioned. Whatever the case, Felicette was next in line for the position. On October 18, 1963, Felicette pranced aboard a special cat castle capsule attached to a French Veronique AGI rocket sounding No. 47 and blasted off from the Algerian Sahara Desert. She traveled an estimated 100-130 miles into space before parachuting back to Earth after 15 minutes.

In more recent news, Iran is now hoping to send a kitty to space in the near future! Mohammad Ebrahimi, a senior space program official in Iran, announced in September 2013 that he hopes to send a Persian cat to space.
A Persian will be the first cat in the new century to enter space, if Iran officials are able to follow through with their plans.

Sources:
http://news.nationalgeographic.com/news/2013/13/130918-animals-cats-dogs-monkeys-space-iran/
http://user.xmission.com/~emailbox/spacecat.htm


Aviation story #3- Leah Fry

Some of my favorite TV shows to watch are on the subject of unsolved mysteries. A few years ago, I watched a show on the Bermuda Triangle and it has fascinated me ever since. Multiple incidents of ships and planes disappearing in the Atlantic ocean, between the geographical confines of Miami, Florida, San Juan, Puerto Rico, and Bermuda have spurred a fairly well known urban legend. This area is also known as the "Devil's Triangle."


So how does this relate to aviation? The most famous "victims" of this mysterious part of ocean would be Flight 19. This flight consisted of five TBM Avenger Torpedo Bombers carrying 14 men that took off on a routine navigational practice flight from a U.S. Naval base in Fort Lauderdale, Florida at 2:10 pm on December 5, 1945. They would never return, nor would the planes or their bodies ever be found. In fact, the triangle would claim a rescue plane sent to find them as well.

Lieutenant Charles Taylor was leading the flight, training naval members to fly a simple path and practice routine bombing. A radio message that was intercepted, that most likely took place between two of the planes flying, indicated that they lost control of the direction they were flying due to faulty on-board compasses and, with no landmarks on the ocean, were unable to find the right direction to fly before ultimately running out of gas and crashing into the sea. No wreckage was ever found. A rescue flight also disappeared, however, it was a certain type of plane that was known to explode with any impact and reports have surfaced from nearby boats that they saw a flaming object in the sky, possibly explaining this disappearance.

Scientists contend that the location of this triangle has to do with the mysterious disappearances that have occurred there. This place is one of two on earth where true north and magnetic north align, meaning that compasses have difficulties reading direction there. The ocean is also considerably deeper in this area, meaning that any wreckage could sink miles and miles beneath sea level and become impossible to find. Less scientific enthusiasts contend that extra terrestrials and giant squids are probably to blame!

Sources:
http://news.nationalgeographic.com/news/2002/12/1205_021205_bermudatriangle_2.html
http://www.history.navy.mil/faqs/faq15-1.htm

Monday, January 27, 2014

Aviation Story #1 - Brittany Robinson

I was not yet born when the Space Shuttle Challenger disaster occurred, but I vaguely remember hearing about it in school. Less than a minute and a half into it's take off on January 28, 1986, one of the parts used for sealing failed and the space shuttle more or less exploded and disintegrated. Amongst the break-up of the Challenger, it is believed that most of the 7 crew members inside of the interior  cabin may have been alive until their downwards impact with the Atlantic Ocean.

The disaster was pretty well-covered in terms of pictures and video, however, new information is still becoming available. About 2 weeks ago, Michael Hindes was looking through his grandmother's belongings after her passing and came across new photos of the Challenger take-off. His grandfather worked for NASA, and supposedly one of his friends took the images and gave his grandfather copies. Hindes didn't know anything about them until just recently! I think it's a really interesting discovery, especially with the realization that tomorrow will be the 28th anniversary of the disaster.







This is one of Hindes' photos. If you go to this link, you can see a series of images of the whole take off, and he also created a really cool GIF of the images at the end of the post.


Extra Challenger information can easily be found on Wikipedia .




Aviation Story Blog #4 - Kara Bobka


So, you’re probably thinking, “Awe, so cute, but what does this have to do with aviation?!”  Well, little Mamel Joella, son of a Gambian diplomat and wife, Kaba Fatoumatta [mother], was born on a plane at 38,000 feet in the air!  Thank goodness two doctors and a nurse were on the same flight to help assist the 17-year-old woman!

By the way, this is not the first case of this kind.  In January 2013, a woman delivered a baby girl, whom she named after the flight attendant that organized the delivery, on a flight from Russia to Armenia.  Likewise, in August 2012, another woman gave birth on an Emirates flight from Dubai to Manila, naming her child EK since it was the airline’s flight code. 

Source:

Jauregui, Andres. "Fatoumatta Kaba, African Woman, Gives Birth On Flight At 38,000 Feet (PHOTO)." The Huffington Post. TheHuffingtonPost.com, 11 Mar. 2013. Web. 27 Jan. 2014.


Friday, January 24, 2014

Aviation Blog 1

I was pretty stumped when it came to finding something to post about. I wanted to find something to tie aviation into a more modern twist, but didn't understand half the fancy lingo on all of the news stories about important advances in technology. What I did find was pretty awesome though.

 
The Dream Chaser 4 is owned by a company in Colorado called International Jet Aviation. They give children through the Make-A-Wish Foundation an opportunity to ride in this kid-friendly multicolored plane for a special birds eye view over their hometown. The fun doesn't just stop there either; the children get to sign the plane, visit the pilots seat, and even try on the uniform. If you get the chance, definitely check out the video on the website below as it gives a better overview with pictures and music to portray these special flights. Definitely gives another spin on some of the vast opportunities that aviation has given us.
 
 

Thursday, January 23, 2014

Aviation Story Blog #3 - Kara Bobka


Ever been displeased with the food that was to be served at a function or in a hospital?  For those of you who are nursing or education majors, I am sure you can relate!  However, I bet you never thought about leaving the facility to go get something more appetizing, especially without permission!

A pilot of Northwest Airlines, on the other hand, did just that.  He did not like the food he received on the flight; so, he decided to go find something more satisfying.  Not only did he leave his plane that he had to fly, but he also left the airport to find better food!  This left the passengers waiting 90 minutes for his return, and thereby, for their departure.  Needless to say, the pilot was fired on the spot since he “abandoned his plane.”  I guess he should have used that displeasing "food" at least "for some thought" before he acted! J


Source:

Schneider, Harry. "Top 10 Funniest Aviation Stories." Web log post. Flight Global. Ed. Andrea Crisp. Reed Business Information, 16 July 2008. Web. 23 Jan. 2014.



Aviation Story #2 V-280 VAlor Tiltrotor

This machine could very possibly replace the helicopter at least in a military setting.


Bell V-280 Valor Tiltrotor Concept

The benefits of this design as opposed to the conventional helicopter are:

1. It is able to fly faster with the help of the tilting rotors becoming basically like propellers on a plane.

2. It creates less downwash because the rotors are smaller than helicopter rotors.

3. It can be made to carry a little more weight than a normal helicopter.

The main benefit over a plane is its ability to land and take off from one spot rather than needing a runway.

This vehicle could be the future of aviation, taking away the need for long runways and major airports.

Here is the link:
http://www.flightstory.net/20130410/bell-unveils-v-280-valor-concept

Wednesday, January 22, 2014

Wings Assignment 1: Megan Ater


What impact did flight have on life in the twentieth century?

The impact of flight on the twentieth century was by no doubt huge. One major impact was that flight introduced speed. Speed of transportation (both individuals and shipments), technology advancement, discovery, and cultural mixing. Venturing across an ocean at the beginning of the century was a long journey, but by the end of the century one could travel to the other side of the planet in less than a day. Traveling long distances in short periods of time allowed for different cultures to rapidly influence one another and exchange ideas. “… it also helped the peoples of the world to become more familiar with one another, and made it possible for international aid to reach areas plagued by famine, disease, or natural disaster at the earliest possible moment” (pg. 11). Flight in itself was a technological advancement, but the advancement of flight also aided in a faster advancement of other technologies. Building materials, knowledge, and skilled labor, could be moved around the world faster than ever before to help contribute to further milestones. Flight brought with it both positive and negative impacts, like harsh new war tactics. “But I think it is good for the human race that someone discovered how to start fires and that we have learned to put fire to thousands of important uses” (pg. 14). I must agree that although flight has brought with it new methods of destruction, among other negative impacts, in comparison it has helped society’s movement in a positive direction significantly more.

Why did it take so long for man to realize the dream of flight?

At first glance, one might wonder why it took thousands of years before man was able to fine-tune flight. Ancient civilizations are responsible for great monuments and mind boggling buildings, so why not aerodynamic machines? There is no real documentation of man playing his hand at flight until around the 15th century. Maybe there was previous tinkling with flight that we do not know about because of lack of documentation?
All of the resources needed to kick-start aviation had been available. The rationale behind the delay of aviation lies in lack of knowledge. “Simple as they seem, such gliders evolved from centuries of brilliant insights in physics and engineering, of data gathered with sophisticated instruments, of forays down countless blind alleys, and of a thousand difficult lessons learned” (pg. 20). According to the author, without data regarding physics and engineering to apply towards flight, the idea of creating a successful heavier-than-air invention was not possible due to lack of knowledge.
As far as lighter-than-air flight was concerned, the reasoning the author provides for this delay is simply lack of imagination. “Why didn’t they try? It was a failure of the imagination” (pg 21). Our interest in flight sparked from seeing other organisms soar through the air with the use of wings, like birds and insects. The design and visual aid of the animals created the inspiration for the layout of winged inventions. The world is not filled with light, ballooned shaped animals floating around due to a lower density mass, therefore the visual aid for lighter-than-air flight was just not available to kick start any ideas.
I feel blessed to be living in an age where flight has been, for the most part, already mastered, because of its monumental impact on life.

Why did Wilbur and Orville Wright achieve success before their contemporaries?

Wilbur and Orville Wright did not have any advance education. They did not go beyond high school or have engineering degrees similar to others working in the field of aviation at their time. However, the brothers did have a good amount of experience and intelligence in building. They rebuilt the inspiring toy helicopter their father had bought them as children and owned a printing shop with impressive homemade press machines (just to name a few encounters with building and design). As they continued to work as craftsmen/businessmen, their journey led them to experiences that would help them stand out in the world of aviation. The truly important factoring allowing Wilbur and Orville to succeed before their contemporaries was that they understood equilibrium and balance.
The brothers eventually worked and owned a local bicycle shop, where they were regarded as ‘expert cyclist repairmen’ (pg.58). Their previous experience with cycles helped them to apply their knowledge of balancing cycles to solving the problem of balancing planes.  “‘We reached the conclusion,’ Wilbur explained, ‘that  the problem of equilibrium had been the real stumbling block in all serious attempts to solve the problem of human flight, and that this problem of equilibrium in reality constituted the problem of flight itself’” (pg. 59). Later competitors trying to recreate the design of the Wright flyers would often fail due to their lack of knowledge and precision in balancing the air craft. Balance, along with new, correct, data they had collected from their own wind tunnel machine allowed them to make breakthroughs never before seen.

WINGS Assignment #1

1. What impact did flight have on life in the twentieth century?

Flight brought about good and bad things to our society in the twentieth century. Flight in the twentieth century changed ways of transportation, exploration, business, and further invention. At first, aviation was seen as solely for the military or for the wealthy. As aviation improved over the twentieth century, it made it easier for countries to use airplanes as means of destruction to other countries. Not only was it America’s popular war tactic, but also other countries took advantage of the use of airplanes for war. Flight brought about airborne destruction in the twentieth century in America and all over the world.

The advance in aviation led to more and more of the public had the opportunity to use flight as means of visiting distant family or explore other countries. People were finally able to travel for business every day; communication between countries was made possible because of aviation. This allowed cultures to combine. A disadvantage to fusing cultures was the affect on the health worldwide because some cultures carry diseases that may not be harmful to one culture, but may be deathly to others. From flight also came the development of space travel, allowing humans to explore earth at a universal-level. Space travel also gave rise to exploring other planets and components of our universe. By exploring space, scientists were able to improve further inventions, especially with satellites. Cellular technology and the Internet would not be what it is today without space travel. Space travel also brought about conclusions or further research to unanswered questions, therefore improving science.


For centuries, people believed flight was impossible. Once it was achieved, more people began to believe anything is possible. More people began to experiment and come up with new ideas and inventions. Flight not only made traveling the world easier, but it also encouraged other scientists in their endeavors.

4. What three methods of solving the challenge of flight emerged by the late nineteenth century and how effective were they?

One method was the hot air balloon created in Europe. It allowed people to be in the air, but the balloon did not allow for much control over the speed and direction in which the person wanted to travel. Hot air balloons were especially known for their bright, colorful designs. They allowed people to travel from one place to another, but they were not very efficient. The got air balloon was also able to carry some cargo, so it was effective in that aspect.

Another method was the hang glider. Several people were killed attempting to perfect the use of the glider. The glider like Lilienthal used was built like an extension of the human body, giving man wings to produce flight. Several specifications were necessary in order to fly the glider; the wind had to be a certain speed and the pilot had to begin at the top of a hill or building so as to get in the air. The glider could not just start from the ground and lift into the air by itself. It was effective in the aspect that people were able to suspend themselves in the air for some time, but it did not provide much control and was, therefore, very unsafe. The glider was effective in providing to the data needed to make a plane. The experiment and mistakes contributed to the invention of flight. The glider crash by Lilienthal in the late nineteenth century actually inspired Wilber Wright to pursue his dream of flight.

A third method was the ornithopter. It was built like wings of a bird that flapped in order to fly. The ornithopter was powered by ways of steam, rubber bands, springs, or compressed air. The ornithopter had developed into a more simplified structure with more gears by the late 1800s. They were effective in a way that the pilot was able to travel meters in the air, but there was no control over speed or flight.

7. When and what was La Grande Semaine d’Aviation de Champagne and what significance does it have in aviation history?

La Grande Semaine d’Aviation de Champagne was a full week from Sunday, August 22 to Sunday, August 29, 1909, where pilots from all over the world came together to fly. The event took place at the Plains of Bethany in France and was sponsored by the top producers of champagne in the area. A total of 167,000 francs were given out as prizes for various aviation competitions throughout the week like greatest altitude, distance, speed, etc. People were excited for the event because this would be the first time, for some, to see people fly. Only seven people had ever flown over a minute before December 1, 1908, so the people that were creating the event were anxious to see if there would be more pilots show up to fly. On the first day, twenty-two men ended up coming to fly at the event.

In this event, the first pilot to die in a powered machine crash was one of the Wright Brother’s pilots, Eugene Lefebvre. Also, this meet had various styles of planes and allowed people to make comparisons between the different planes. They could see what the pros and cons were of each design in order to build off that and create a better structure of a plane.  The award that went out to the fastest airplane was called the Coup Gordon Bennett Trophy. It was a solid silver trophy and also came with a $10,000 prize. The Wright brothers did not participate in this race. Glenn Curtiss represented the Aero Club of America in the competition for aviator with the fastest time. The plane that he brought to fly in the competition had a larger engine and less surface area than any other plane he had shown to the Aeronautical Society of New York. Curtiss ended up winning with an average speed of 46.5 miles per hour. This event demonstrated the first improvement in the aviation field after the invention of the airplane.