ula model

In my fourth attempt at this challenge, I have calculated the volume as 1.4137 cubic inches and mass at 0.0680 pounds. ...The load calculation was not required in this case, as it was done solely using AutoCAD software.

The third iteration of this design, crafted by exceptional master builders from renowned colonies, is exclusively for highly skilled artisans who have honed their craft constructing numerous variants of the design. Due to its intricate structure,...

In version V6, the mass is only 0.099 lb. The contest was undoubtedly tough, as the allowable stress turns out to be too low for the load experienced. To meet the 0.1 lb mass limit, approximately 10 ksi of allowable is required. ...On the Von Misses...

A basic body was created simply by eliminating bulk. ...Precise numerical calculations and parameters were utilized.

For the third installment of this challenge, I computed the volume as 2.1808 cubic inches and determined the mass at 0.0827 pounds.

The program CAESS ProTop's topology optimization has been optimized with regard to brackets, resulting in a maximum stress of 30.19 MPa, a mass of 44 grams, and a volume of 0.34 dm^3.

The material used is Ultem 9085, weighing 0.0984472 lb and having a volume of 2.67158 cubic inches. Its density is 0.0368498 lb per cubic inch, resulting in a weight of approximately 0.0983804 pounds. ...A file containing load calculations can be found...

A Rocket Clamp boasts lightweight construction, thanks to its innovative 3D printing design elements.

With minimal aid, post-production, and simpler shapes prioritizing efficiency, the focus is on maximizing productivity.

To simplify the geometry, place middle reinforcement in Version 2.

This device serves the purpose of supporting a rocket using a bracket structure.

The DesignMass of the object weighs 0.9 lbs, it has a volume of 2.46 cubic inches, and its surface area is 30.53 square inches. ...The FEA Analysis reveals that the yield strength is 9,239 von Mises, with a maximum stress of 12.52 ksi and 2.648 million...

The 1.55 in³ sized bracket exhibits a substantial volume reduction of 92.277% compared to its original size of 20.07 in³. ...FE analysis reveals a maximum design stress (Von Mises) of 1,984 Psi for this M-inspired bracket.

The density of this material is 0.04841 pounds per cubic inch, weighing at 0.063 pounds and with a volume of 1.31 cubic inches. The minimum edge distance surrounding all bolt holes (0.22in) is two times the diameter of the bolt hole away from the...

To meet specified requirements, I devised a bracket that minimizes stress and weight while ensuring maximum stress is applied to the outer edges of critical areas. ...The resulting mass is only 0.079lb, with a volume of 1.641 in^3.

The design properties include a mass of 0.09575 pounds and a volume of 1.977 cubic inches. The reduction achieved is an impressive 90.15%. The maximum design stress, according to Von Mises, is 1,521 psi, while the factor of safety stands at 2.959.

The volume measures at 2.64 cubic inches, while the mass is calculated as 0.1278 pounds.

Ultem 9085, weighing 0.0721 lb, has a volume of 1.4898 in³ and a density of 0.0484 lb/in³ (1.34 g/cm³). The bracket can handle a load of 600 lbf with a maximum stress of 2716 psi and displacement of 0.007 in. ...This design, optimized for 3D printing in...

The mass measures at 0.086 lbmass; the volume is 1,776 cubic inches; the surface area amounts to 118,157 square inches; and the maximum stress experienced reaches 71,2 ksi (equivalent to 71,200 psi).

This lightweight yet robust prototype is simple to 3D print and install, featuring various cross sections designed to address specific stresses while reducing material requirements. ...Key stress specifications include tension not exceeding 2500 psi and...

The mass measures 0.090 lbs, occupying a volume of 1.866 cubic inches; its surface area is 119,850 square inches and the maximum stress experienced is 31,74 ksi (or 31,740 psi).

Featuring Ultem 8095 material, this support bracket has a minimum wall thickness of 0.10 inches. ...It underwent a static analysis upon completion and was tested under 600 lbs pressure; weighing at 0.44 pounds.

The mass of the object is 0.1 lbs, its volume measures at 2.248 cubic inches, while its surface area amounts to 99.712 square inches. ...The maximum stress experienced by this item reaches 7,293 ksi (equivalent to 7,293 psi).