Stress Analysis Student Project

In summary, the speaker is looking for guidance on performing stress analysis and improving a specific helicopter landing gear. They are also seeking suggestions for a computer program to show the improvements. They have mentioned financial constraints and are open to considering a helicopter with fixed skids instead of wheels for landing.
  • #1
ozgurakkas
15
0
Hi All,

I am going to perform stress analysis on a helicopter landing gear. My job is to find one specific landing gear, study its design, analyze and through tools we learned in the strength of materials class, redesign the gear to improve it.

If you have knowledge of this sort of engineering analysis, can you suggest me some guide lines. For example, how do I increase strength in bearing the stress. Is it possible just by choosing another type material. How would I approach to this If there were financial constraints.

I am also trying to show the improvisation through a computer program. For example, landing gear stress and shear regions before and after. Can you suggest me a program, perhaps one easy-ier to figure out?

It s been a long post. Thank you for your patience and suggestions.

Rugzo
 
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  • #2
If you have a free choice about the type of landing gear, I suggest you choose a helicopter that has fixed skids for landing, not wheels. In a "strength of materials" type of course, you may not have studied all the things that are important to analyze and redesign wheeled landing gear.

If you have studied the dynamics of multi-degree-of-freedom systems including damping, and their response to impulsve loads, then you can ignore my advice, but I would guess that you haven't studied those things in a strength of materials course, as compared with an BS level Mech Eng dynamics course.
 
  • #3
This was helpful. I will take your suggestion into consideration. Thank you.
 

FAQ: Stress Analysis Student Project

What is a stress analysis student project?

A stress analysis student project is a project that involves analyzing and evaluating the stress and strain levels in a particular object or structure. This is typically done using mathematical calculations and computer simulations to determine how the object or structure will behave under different loads and conditions.

What is the purpose of a stress analysis student project?

The purpose of a stress analysis student project is to understand and predict how a particular object or structure will respond to different types of stress. This information can be used to make design decisions, improve the safety and performance of the object or structure, and identify potential failure points.

What are some common techniques used in stress analysis student projects?

Some common techniques used in stress analysis student projects include finite element analysis, strain gauges, and analytical calculations. Finite element analysis involves breaking down an object or structure into small components and analyzing them individually. Strain gauges are used to measure the strains in different parts of an object, while analytical calculations involve using mathematical equations to determine stress levels.

What are the key factors to consider in a stress analysis student project?

The key factors to consider in a stress analysis student project include the type of loading (e.g. tension, compression, bending), the material properties of the object or structure, and the boundary conditions. It is also important to consider the accuracy and limitations of the chosen analysis technique and to validate the results through experimentation or comparison with real-world data.

What are some real-world applications of stress analysis student projects?

Stress analysis student projects have a wide range of real-world applications, including in the aerospace, automotive, and construction industries. For example, stress analysis is used to design and improve aircraft wings, car chassis, and buildings. It is also used in the medical field to analyze the stress and strain levels in bones and implants.

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