ge ac44cw 3d models

I'm replacing my missing fridge's freezer bar with a custom-made one. I searched high and low for a replacement that fit perfectly, but none of them matched or printed well enough to use. After some trial and error, I found a suitable solution that...

This challenge was thrilling to participate in! Here's hoping there are more to come. ...Best wishes to all involved.

The original file's envelope served as a basis for a customer-supplied parts project that involved modifying unimportant aspects while adding some as reinforcements. The program was specifically designed for titanium, and the initial mass collected...

The product has successfully decreased its volume by 165.267 cm3, which is a 35.68% reduction compared to its original size. This has been achieved through the use of an organic thin outer shell and a heavy-duty internal support structure.

Weighing in at 305.3 grams, this object has a density of 4.43 grams per cubic centimeter.

A significant 80% reduction in volume is achieved, whilst only retaining 20% of its initial weight. ...This equates to approximately 412 grams.

Reducing mass by approximately 70%, I decided to give it a try despite seemingly low chances.

A remarkable decrease of 87.8% in the weight of an item can significantly impact its portability and storage, making it much easier to handle and transport.

Boasting an impressive 74.9% weight reduction, this is the ultimate Beefmeister.

A remarkable 71.2% decrease in weight can be achieved by using the term, "Just Trussed Me."

A 87.7% lighter version is now available, featuring a basic tube design supported by tiny legs.

A remarkable 77.2% reduction in weight has been achieved, making it significantly lighter than before.

The new design boasts an impressive 86.6% weight reduction, making it lightweight and agile, much like a bat in flight.

A significant 85.9% decrease in weight is noteworthy, even though it appears somewhat congested at the rear.

A striking 87.1% decrease in weight has been achieved.

A substantial 87.1% weight reduction is achieved through the tubular, truss-like design of this innovative bracket, simplifying its structure while maintaining strength and reliability.

An impressive 88.3% weight reduction is achievable, featuring a unique twist compared to a previous project of mine.

A remarkable 90% decrease in weight means it could take flight from a mere sneeze.

To achieve an impressive 86.9% weight reduction, I focused on creating a streamlined design using minimal components. The key was utilizing super lightweight box tubes for optimal structural integrity. ...This innovative approach demonstrates the...

A staggering 90.3% weight reduction was achieved through my relentless efforts. ...Although there are still minor flaws, remember, nobody's perfect!

With a significant weight reduction of 63%, the item now weighs only 763 grams, making it lighter and more portable than before.

Kindly share your thoughts about my latest bracket design; I would greatly appreciate your feedback.

An impressive 83.1% reduction has been achieved in the given context.

A bracket from General Electric is specifically designed for various applications and purposes, showcasing the company's versatility in manufacturing products. ...This component can be used to securely hold or attach items together, demonstrating its...

The revamped version exhibits an impressive 74% decrease in weight compared to its predecessor.

To create an engaging article, it's crucial to maintain a balance between new content and retaining the essence of the original material. By incorporating around 30% fresh information while preserving the core message, readers will benefit from...

An impressive 80% decrease in volume is to be expected, significantly reducing noise levels and creating a more serene atmosphere.

This design achieves an impressive 89.8% reduction by utilizing localized plastic deformation, which induces pre-stress in the initial usage. Subsequent unloading will result in local yield compression. The model's behavior is analyzed using material...

Designed utilizing topology optimization in Creo software, this product showcases advanced engineering techniques for enhanced performance and efficiency.

Using ANSYS, mass optimization was achieved via iterative evolutionary structural optimization (ESO), while modeling was done through a combination of SpaceClaim and Pro/E software. ...As a result, the final product weighs 13% less than its original...