ula model

A meticulously crafted desk model of the United Launch Alliance Delta II, carefully modified from a file sourced directly from ULA's official website: http://www.ulalaunch.com/3d.aspx. The base was skillfully removed to showcase the engines, and the...

For this iteration, mass was reduced by 5 grams (0.01 lb), volume decreased approximately 3 cm³, and overall geometry simplified using Fused Deposition Modeling (FDM) with Ultem 9085 material. ...The final specifications are: Mass - 0.033 kg/0.07 lb,...

The ULA rocket features a 5-layer sandwich construction, which is why it hasn't been shared yet.

Although I failed to meet the deadline for the ULA/Grabcad challenge, I learned a lot from my experience using simulation in Solidworks and incorporated that into subsequent projects. It was also fascinating to gain insight into the aerospace...

Latest Version of ULA Bracket Design In the most recent iteration, the Uniform Load Assessment (ULA) bracket design has been optimized for improved load distribution and structural integrity. This updated design offers enhanced stability and...

In my second attempt for the ULA Rocket Hardware Challenge, I concentrated on decreasing weight and enhancing sturdiness without compromising manufacturability. ...The part's mass is now 0.09lb/0.039kg, with a volume of 1.73in^3/28.41cm^3, made using...

The ULA Boat Tail Design Challenge Version 1 features a split design for enhanced performance and efficiency. This innovative approach optimizes the aerodynamics of the rocket, improving its overall effectiveness in space missions. ...The challenge aims...

In the ULA Rocket Bracket V1.0 (first submission), the mass is 0.088 pounds and it can withstand a maximum stress of 3.846 psi. Designed based on requirements, this bracket ensures a minimum edge distance of up to two times the hole diameter around...

In our updated ULA Rocket Bracket V1.1, we've reduced weight while increasing strength (2nd submission). It now weighs 0.079 pounds and can withstand a maximum stress of 3.703 psi. The design adheres to specifications, ensuring a minimum edge...

Using this information, I revised my ULA Bracket Design 002CP (VER001), which is my third entry for this challenge. The design maintains a material edge of at least 2*D from the center of the hole and uses shells with ribs for support and...

In the ULA Rocket Hardware Challenge, a part design was created with specifications including a maximum weight of 0.1 lb (0.046 kg), a minimum wall thickness of 0.040 in (1 mm), and an ultimate load capacity of 600 lb (2670 N). The FDM manufacturing...

Margos roommate, a friend and possibly coworker, is Joel, whose original character was modeled by myself, Ichán.

I've also been sitting on this model for a while- The United Launch Alliance Delta IV rocket family! With these filse you can print a 1:100 scale model of any variant of the Delta IV rocket! (Medium, Medium +, Medium 5 Meter Fairing, Heavy, and Heavy...

On the model are tiny indents in the Raceway-channels to mark the brown rings, that devide the white and orange segments. To improve printing, I designed the lowest sections to be printed upside-down and be connected with the 9x printed...

I've been sitting on this model for a while now, figured I'd go ahead and release it. It's a remastered, 1:100 scale Atlas V rocket! I've printed this one and it came out alright. ...Make sure to check the readme file out.

"Countdown Complete: ULA's Rocket Hardware Challenge Commences with a Blastoff!"

The mass is measured at 0.10 pounds, while the volume amounts to 2.07 cubic inches. ...Additionally, the surface area stands at 25.74 square inches.

The mass is 0.09972 pounds, while its volume measures at 2.05993 cubic inches. The minimum edge distance around all bolt holes (0.22in) is twice the diameter of the hole from the center and maintained throughout the depth. Similarly, the minimum edge...

Ultem 9085's mass is 0.089778 pounds, occupying a volume of 2.43632 cubic inches. This material has a density of 0.0368498 pounds per cubic inch. The weight, calculated as mass minus a slight difference, is 0.0897171 pounds. ...For more specific load...

This support bracket, constructed from Ultem 9085, weighs 0.0786 lb and occupies a volume of 1.6235 in³ with a density of 0.0484 lb/in³ (or 1.34 g/cm³). It's designed for 3D-printing in the Z direction, minimizing support material usage. The latest...

The mass is calculated to be around 0.05369973 pounds, while the volume measures approximately 1.10925660 cubic inches.

This material, Ultem 9085, has a mass of 0.0936316 pounds and occupies a volume of 2.54089 cubic inches. Its density is 0.0368498 pounds per cubic inch, with a weight of 0.0935681 pounds force. ...For further load calculation details, please refer to...

Ultem 9085 has a mass of just 0.1 pounds, making it an incredibly lightweight material for various applications.

The mass measures at 0.11 pounds, while the volume is calculated to be approximately 2.27 cubic inches.

In the JHU TOPOPT team's bracket challenge, topology optimization was employed to create a design that maximizes weight while minimizing wall thickness and withstanding heavy loads. ...This innovative design features two symmetrical halves, with a mass...

The volume is 1.8671 cubic inches, while the mass measures at 0.0904 pounds.

An attachment bracket possesses a wall thickness of 0.040 inches.

The launch support bracket for United Launch Alliance's present Atlas V rocket weighs merely 0.10 pounds and has a volume of 2.10 cubic inches, withstanding a stress of 3,615 psi.

In Version 7, the mass is recorded as being only 0.1 pounds.

The volume of the object measures at 2.0029 cubic inches, while its mass weighs in at approximately 0.097 pounds.