Designs by Raymond Lo

Mechanical Engineering Graduate Scroll down for general updates or navigate from the top left menu!

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Exusia

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My brand new design that I have been itching to make!

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I am redesigning my Nexilus again!

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I am always constantly researching designs in the market, and I am always wanting to improve on my signature design. In this iteration, I wanted to incorporate different surface modeling techniques into the redesign, so I can make lines less apparent.

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Mystique

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TYPE-4 Showcase 2

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More and more Nexilus renderings!

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This is the part of design that gets me nervous, and that is the computational fluid dynamics involved.

Fortunately, I spent more time on this model. and this time I used two more boundary conditions: inlets and outlets.

This time it mimics what I want to introduce to my car designs, and that is an intake system for motor cooling. The car is styled similarly to rear engine gasoline cars, but this time, I want to use that style with some actual functionality to it.

Hence, the inlets will intake a meager 0.3 m^3 and exhaust 0.3 m^3, per mass conservation. Velocity is at 35 m/s, and the floor roughness is at 5000 microns I’m quite excited now! I get to significantly lower the drag coefficient to ranges to to likes of sports cars this style and such, at 0.25!

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My newest design is ready to impress!

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My newest design, which I’ve taken to call the TYPE-4, being my fourth design!

Music by JUSTICE

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Introducing the preliminary 4th-design! It is subject to improvement as always, and I am excited. This design has to be my most complex, and the design was more thought out on paper, and because of that, I am incredibly satisfied with the shape and proportions.

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The evolution of my newest design!

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A new design I’ll be working on, inspired by my Nexilus and Iris.

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Concept Art for my Iris design!

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I created a prop for my friend, who wanted an angelic themed gun for his costume, so that he may attend a convention!

The top is my 3D models together, to which I printed and combined to create this plastic prop.

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I wondered about the Monty Hall problem the other day, and I remembered that it was a calculation done in my statistics class. Today as part of my exercises to retain my academic knowledge, I decided to test for probabilities in Monty Hall’s game, and found out that the numbers were correct and it would benefit to switch.