alcoa 22 3d models

Greetings everyone, Please refer to the attached images and PDF document for details on the bracket. I have been motivated by your encouragement to meet the performance standards of this challenge. The bracket weighs 0.255 kg and fulfills all...

Yavuz Selim Magdala is an example of a historical figure whose name has been passed down through the ages. This individual's legacy continues to be studied and admired by many today. His accomplishments are a testament to his strength, courage, and...

This design was crafted using Tinkercad's intuitive editing tools, and you can easily modify it online at tinkercad.com/things/4TJNONm3VXg.

This creation was crafted using Tinkercad's intuitive platform. ...Make adjustments directly on the web at https://www.tinkercad.com/things/6qQOFMaAgSZ.

Yavuz Selim Mağdala, a prominent figure known for his remarkable achievements in the field of human models. ...His innovative approach to understanding human behavior has been widely recognized and respected by experts worldwide.

In this discussion forum, participants are classifying a product design related to bottle closures. The specific item under review is the Petform BPF/PCO Bericap, which is designed for use with carbonated beverages, mineral water and beer. ...The model...

In this discussion board topic, the subject revolves around categorizing a product, specifically related to BPF/PCO and Bericap closures. These closures are designed for carbonated beverages, mineral water, and beer containers. ...The model file is...

The weight of my bracket is 392 g, which represents approximately a 55% decrease compared to the initial provided piece.

My submission to the flap bracket competition features a mass of 257.4 grams. The depicted print layout serves as a reference. ...In conducting a finite element analysis (FEA), I employed a configuration similar to the illustration, complete with an...

The bearing bracket model has undergone a significant transformation, resulting in a weight reduction that brings it down to approximately 313 grams.

In this challenge submission, we provide a comprehensive PDF containing stress analysis via FEM and traditional approaches, along with detailed printing directions and suggestions for enhanced geometry optimization. ...The product weighs in at 229...

This project was submitted as per the conditions set forth for the AFSR Airplane Bearing Bracket Challenge.

Your proposed design has been entered for consideration in the thrilling "Airplane Bearing Bracket Challenge." In order to achieve an optimal balance between strength and weight, the focus was on avoiding high stress concentrations that could lead to...

The initial weight was 399 grams. I commenced the challenge late; thus, any feedback is appreciated. In NX, the FEA setup with bolt connections led to high contact stresses at the bolt head spider-mesh junction. To rectify this, a fixed constraint on...

The optimization results indicate that the design material used is 15-5PH as per AMS5862. It has an elastic modulus of 29,000 KSI (or 200,000 MPa or 200 GPa), a Poisson ratio of 0.27, and a yield stress of 145 KSI (or 1000 MPa). The material density...

In my latest creation, I've included a safety margin of 1.1. I believe that printing in the same direction as the base plane would yield optimal results. The calculated max stress amounts to 930 MPa, and the total mass clocks in at 356 grams. ...Cheers!

A key component of an aircraft's bearing bracket has been enhanced for improved performance.

Achieving a mass decrease from the initial 859.13 grams down to 482.03 grams, my contribution to this project was significant in terms of weight reduction.

As a non-engineer, I created this sketch through intuition, without any grand claims. ...With experience in snow sculpting, I've considered resistance in shaping structures.

The revised model was created by removing material without adding any new components. Upon examining the design, it became apparent that all loads acted within the XY plane, warranting an I-beam cross section for optimal support in construction...

The bracket's structure was developed with Solid Thinking Inspire and Evolve 2016, employing topology optimization. ...It aimed for a 30% utilization of the available design area, prioritizing maximum stiffness.

The mass measures at 221 grams.

The mathematical computations were carried out using conventional methods, specifically through an excel spreadsheet. A primary focus was placed on reducing the overall weight of the project. ...;-)

Classification thread (Petformance)-37 for purees and concentrates. ... Model formats include: Parasolid X_t files.

This item has a weight of exactly 247 grams.

In my second submission, I've lowered the weight of the bearing bracket to just 290 grams.

I discovered an additional reduction, amounting to approximately 200 grams; please refer to the printing orientation details provided below. ...;-)

The project proved enjoyable, as we succeeded in reducing weight by 66% compared to the original product. A design review with ProtoLabs improved manufacturability. The integration of a bearing into the part was effective, but designing it for CNC...