GE Jet Engine Bracket Very Lightweight 3d models

Currently, I'm transitioning to an all-organic approach and will continue sharing progress updates here. However, creating the support structures still remains on my to-do list. Recently, I made significant progress with my model; it is almost...

The mass has reduced by 80.6% to 399 grams. ...Pin bore max stress is approximately 85 ksi, and it must maintain the same factor of safety as the initial design.

Reducing weight significantly by meeting the specified load, a Ti-6Al-4V solution treated and aged (SS) weighs 1.15 pounds and has a volume of 7.16 cubic inches.

The mass reduction achieved was an impressive 58.7%, resulting in a final weight of just 0.84 kg. The minimum safety coefficient stands at 1.4, but upon submitting the model to fatigue stress tests, mechanical strength issues arose. ...Consequently, I...

The weight, which is approximately 981.24 grams, is rather substantial.

A significant decrease in mass is achieved at an impressive rate of 75%.

After significant weight loss, the item's mass decreased by 71.9% to a final weight of only 1.27 lb or 0.576 kg.

The material used is Ti-6Al-4V, providing a remarkable 78.4% weight reduction. ...The overall weight of the product is 444.7 grams.

A significant advantage of this design is its 75% weight reduction ability. It can be 3D printed without requiring additional support material, thereby eliminating manual post-processing. ...Overhangs are kept at a minimum of 35 degrees from the...

The mass of the item is 894 grams, and it underwent a significant reduction in weight by 56%.

The original part weighed 4.5lbs, while the new weight is 1.68lbs; it will be produced via DMLS process. To ensure stress maintenance, the outer surface skin remains intact, with inner ribs added for additional stiffness. Boss areas are thrice the...

The initial mass was 4.5231 pounds, while the volume measured 28.2696 cubic inches. Afterward, there was a significant reduction as the final mass weighed only 0.9496 pounds (representing a 79.01% decrease). ...Similarly, the final volume shrank to...

This design boasts a weight reduction of 77.9% as it can be 3D printed without requiring support materials. This eliminates the need for manual removal of excess material that would typically result from printing processes. ...Moreover, all overhangs...

In our analysis, the mass of the component is 0.95 g, representing a 55% approximate reduction in weight. FEA results depict performance under three load scenarios. However, we noticed that optimal outcomes were not achieved when weight reduction...

The original mass was 4.5231 pounds, while the initial volume measured at 28.2696 cubic inches. After a 6-hour process, the final mass reduced to 0.8180 pounds (representing an 81.92% decrease). Similarly, the final volume was 5.1125 cubic inches,...

For the GE engine bracket competition, Entry 01 achieved an impressive 83% mass reduction, resulting in a final weight of merely 341g.

In this submission for the GE Jet Engine Bracket contest, PareTo was employed for topology optimization. The CAD design was created using NX software. Various versions were tested: V1 with a 61% weight reduction to 0.8 kg, V2 achieving a 63% decrease...

This new iteration of the jet engine bracket is an enhanced development from its predecessor.

A contest submission for designing a jet engine bracket is put forth.

The jet engine bracket has a mass of 2.51298197 pounds and occupies a volume of 15.71 cubic inches.

The Jet Engine Bracket is an essential component in aviation engineering, designed to securely hold and stabilize jet engine components within the aircraft's structure. ...This critical part ensures optimal performance and safety during flight...

High-tech enthusiasts are thrilled by the impressive one-seventy-second-scale model of General Electric's state-of-the-art TF34 turbofan jet engine, renowned for its power on board legendary warplanes like the A-10 Thunderbolt II, also affectionately...

A jet engine bracket is a crucial component that supports and holds together various parts within an aircraft's powerplant system, ensuring optimal performance and stability during flight.

... and preventing potential damages to the engine during flight. The design and materials used in crafting a jet engine bracket are specifically tailored to withstand the high temperatures, stresses, and vibrations experienced in aviation environments.

This design submission is for a GE jet engine bracket (V4.1). By distributing force evenly throughout the structure and employing layered surfaces with varying thicknesses, the design aims to optimize performance. ...Thank you for considering this...

A bracket system is both efficient and affordable, making it an excellent choice for various applications.

The original bracket's mass and volume have been decreased by 19.27%.

As a novice in Inventor and engineering, I am eager to receive any guidance that comes my way. Currently, I am struggling to grasp the concept of stress analysis. ... For the next one, please focus on rephrasing it into a question format with no more...

A significant 78% decrease in mass can be achieved through this approach, resulting in enhanced performance and efficiency.

Weighing in at 853.76g, the object measures 11.76 cubic inches; however, a 58.4% decrease may occur under horizontal forces, potentially resulting in failure.