GE Jet Engine Bracket Very Lightweight 3d models

The new bracket design incorporates fillets and chamfers to minimize weight, although not all are essential. The volume is now 6.056 cubic inches (99.24 cm\^3), a significant reduction from the previous 28.26 in\^3. This results in a density of 0.16...

This new design is my second attempt; the first one can be seen here: GE Jet Engine Bracket - Very Lightweight. Despite the first model meeting all requirements, I felt it lacked flair. This revised design continues to satisfy specifications and...

A bracket designed for GE's jet engines is the focus here.

In Phase 1, modifications to the GE jet engine bracket are carried out.

A GE jet engine bracket weighs 0.363 kg and has achieved an impressive reduction of 82.4%.

... ...This component ensures the stability and durability of the engine, as it securely holds various other parts in place. The GE jet engine bracket's high-quality design and materials make it a reliable choice for aircraft manufacturers worldwide.

The submitted entry aims to address the GE-jet-engine-bracket-challenge. The new bracket exhibits a significant 76.41% reduction in weight compared to its original counterpart, which weighed 2.05167 kg. ...As a result, the innovative design has managed...

A GE jet engine bracket is an essential component for aircrafts, ensuring stability and support to the engines. ...These high-quality parts are designed to withstand harsh conditions and provide reliable performance, contributing to the overall safety...

A jet engine bracket as per the specifications set by General Electric is needed.

I submit my entry for the GE Jet Engine Bracket Challenge, despite having limited time due to a busy schedule. Nonetheless, I'm optimistic about its potential, as it weighs only 1.14lbs (517 grams), representing a 75% reduction compared to the...

Optimizing the Jet Engine Bracket by 15% through topology analysis serves as an example of efficient design techniques.

Efficient and economical brackets are essential for jet engine designs, using materials such as Ti-6Al-4V.

The jet engine bracket has been skillfully modeled using Solidworks software, and its final minimum factor of safety has been calculated to be 1.45.

In my first attempt, I crafted an engine mount bracket prioritizing lightweight, simplicity, and durability. Additionally, I aimed for a cost-effective solution with minimal production time. Notably, the modifications to the initial design led to a...

The purpose of this bracket is to create a lightweight yet robust design that meets stringent performance requirements. ...For further information, refer to the comparison chart.

Efficient and economical brackets are necessary for all types of aviation engines.

This is a sturdy general electric engine bracket designed to handle heavy loads. It features well-defined bolt areas and bolt cylinder face constraints for enhanced strength. ...The weight of this bracket is 783 grams.

In the revamped design, the weight of the bracket has been significantly reduced from 4.523 lbs to a more manageable 2.721 lbs.

... by 75% - from a hefty 2089g to just 511g. ...The major issue lies in the contact stress between the bolt, washer, and bracket, which reaches an astounding 3683 ksi. ...Consequently, the screws experience immense load due to the bracket's force.

The newly-engineered design boasts an impressive 80% weight reduction, making it significantly lighter than its predecessor.

Create a GE jet engine bracket design using Autodesk Inventor 2013 software.

In Grabcad, participate in the Design Challenge for a GE Jet Engine Bracket.

Jet Engine Bracket Test by GE The task at hand involves testing the resilience of a specific component within a GE jet engine - the bracket. By subjecting this part to various stress tests, engineers aim to determine its durability and ensure optimal...

This venture targets the GE jet engine bracket competition, with the objective of minimizing the component's weight without compromising its mechanical properties.

Engine bracket contest featuring GE's cutting-edge technology

The GE Jet Engine Bracket Challenge design showcases a hollow skeletal structure, connecting interfaces via pins and bolts. It features access holes for removing excess material inside the voids. ...This innovative approach results in a remarkable 80.8%...

Ti-6Al-4V Titanium Alloy Bracket Challenge for GE Jet Engine: The bracket's volume is 16.33 cubic inches, representing 57% of the original size. ...Despite this reduction, under all four load conditions tested, stress levels remain well below the...

A GE jet engine bracket, identified as number 6, is an essential component that plays a crucial role in the aircraft's performance and stability. ...This specific model is designed to withstand high levels of pressure and stress, ensuring optimal...

The GE Jet Engine Bracket Challenge involved a 490g part, where 76.11% of the weight was optimized. Load step results included max stresses of 483.2 Mpa, 590.2 Mpa, 463.3 Mpa, and 365.7 Mpa. ...Ansys 14 and Hyperworks 12.0 were utilized for the weight...

In an effort to employ tubular bones in my design, I present the mass properties of a GE jet engine bracket (default configuration). It weighs 708.31 grams and occupies 159,934 cubic millimeters in volume. The surface area measures 55,431.5 mm²,...