Space Shuttle

The management decisions on the Challenger were rushed interested in the shuttle going into space. NASA concerned by the money aspect than the safety of the astronauts. There were obvious signs the shuttle would run into some problems such as the low temperature and nonfunctional O-rings. If I were placed in a similar situation I would express my concerns for safety and the negative possibilities that could happen if the shuttle launched. If someone speaks up their automatically labeled…

and every other aspect of the object. However, what happens if the engineer makes a mistake? Does it go unnoticed? Most likely not. Many engineering disasters have occurred over the course of recorded history. The Hindenburg, Space Shuttle Challenger, and Space Shuttle Columbia are examples of engineering disasters that resulted in catastrophe. The Hindenburg marked the end of the airship era. Many other airships went down prior to its destruction including the USS Akron and the British R 101…

paramount the safety, health and welfare of the public in the performance of their professional duties" (ASME Code of Ethics, 2009). These engineers in the case studies above have failed to fulfil their duty of care to the public. In the Challenger Space Shuttle disaster, Lund 's decision to approve the launch was made by weighing the costs and benefits of risking the flight crew 's lives to make the launch schedule to save his company. In the Pinto Ford madness, the engineers went along with…

On January 28, 1986, Challenger, an American space shuttle exploded momentarily after lift off shocking the nation; including the children viewing from their classrooms. The crew of Challenger included seven members, but most notably was a school teacher Christa McAuliffe who was invited with the intent to teach school children from the shuttle. This incident received massive amounts of media coverage, and on the same day as the incident, President Ronald Reagan conducted his speech. Ronald…

25th space shuttle mission. Space Shuttle Challenger sits there on the launch pad, like a huge giant ready to take on its journey to space. The crowd goes silent and the countdown begins: 3, 2, 1 . . . lift off! Challenger begins its ascent to the most unforgiving place: outer space. Carrying aboard the first teacher ever to go into space, the crew soars higher than the heavens. All of a sudden, tragedy unveils as Challenger explodes. America goes silent. Challenger was one of the first space…

Challenger was not successful in its take off. Unlike spacecrafts Apollo and Gemini, who had also previously taken off from Cape Canaveral, The Challenger did not have parachutes and had to handle launch emergencies by landing the shuttle. In order for a space shuttle to land properly and safely, it should not experience cross winds greater than seventeen miles per hour, and any cross winds stronger than this should result in a launch delay. However, on the day of the launch, cross winds from…

“Big hair, parachute pants, and MTV was all the rage.” ATM’s, microwaves, touch tone phones, and the Internet were all invented in her youth. In 1986, in the 6th grade, Marlena watched the Space Shuttle Challenger explode on television during class. In the same year she experienced a 5.0 earthquake. The shuttle explosion was the first disaster she ever witnessed. It…

On January 28 1986, the space shuttle Challenger exploded over the Atlantic Ocean only seventy-three seconds after takeoff, killing all seven astronauts on board. The Challenger was the second space shuttle constructed by NASA. Also, it had completed nine successful missions before the disaster. Following the accident, the shuttle program was suspended for 32 months as President Ronald Regan appointed a Commission, chaired by William P. Rogers and known as the Rogers Commission, to investigate…

One can argue that whenever an astronaut goes into space, they are subject to the unknown risks that space holds; like the Challenger accident made evident, space flight is not a routine practice. That theory could not be comparable to an astronaut embarking into space with the full knowledge of a pre-existing and very real mechanical issue that could be potentially fatal to the entire crew. In the case of the…

required for the spacecraft. This disaster is a significant warning as to why accuracy is very important in Mechanical engineering. Background The launch of the Challenger Space-Shuttle was postponed numerous times due to unfavourably low temperatures and mechanical errors. On Tuesday, January 28th, 1986 at 11:38 am the space shuttle was launched. It wasn’t long after take-off that the devastating event of the day began. Summary 0.06 milliseconds after lift-off, darkish-grey puffs of smoke…