UQx HYPERS301x 1.2.1 Course Overview

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UQx HYPERS301x 6.2.1 History of Scramjets

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UQX HYPERS301X 6.1.1 Beginners Guide to Scramjets

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UQx Hypers301x 6.3.1 Scramjet Performance Analysis

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UQx Hypers301x 6.5.1 Components

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UQx HYPERS301x 4.2.2 Mathematical Model of Flow with Friction

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UQxHYPERS301x 3.2.1 Shockwaves - Flow in the scramjet inlet

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UQx Hypers301x 3.3.2 Where do shockwaves occur

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Kolmogorov-Arnold Networks (KAN) - paper explained (maths, B-splines, experiments and KAN vs MLP)

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UQx Hypers301x 1.5.1v4 How a Jet Engine Works

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UQx Hypers301x 1.4.1 What is a Shockwave?

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UQx Hypers301x 1.3.2 How fast is that land air

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UQx Hypers301x 1.3.1 What is Hypersonic Flow

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Ramjets and Scramjets Explained - Mach 14

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UQxHYPERS301x 1.6.3v Specific Impulse

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UQx Hypers301x 1.7.1v Scramjet Engine Configuration

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UQx HYPERS301x 3.3.1 Schlieren Images

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UQx HYPERS301x 5.3.2 Mach Number Independence-

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UQx Hypers301x 2.4.3 Stagnation Pressure

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UQx Hypers301 3.5.2 Oblique Shockwaves - Analysis

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UQx HYPERS301x Hypersonics - from Shockwaves to Scramjets - About 2015

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UQx HYPERS301x 4.3.4v Stoichiometry

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UQx HYPERS301x 5.4.1 Hypersonic Equivalence Principle

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UQx HYPERS301X 5.2.4 High Temperature Effects - Density and Kinetics-

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