We found 37 YouTube channels similar to Aerospace Structures @ UNSW
Both target aerospace structural topics such as composite aircraft structures and thin-walled beams, with high search overlap (100%) but UNSW's content is more academic/engineering analysis while The Efficient Engineer emphasizes practical, consumer-friendly explanations.
Both channels cover aerospace structures and airframe design with substantial search overlap; UNSW content is more rigorous academic teaching, whereas JxJ AVIATION leans toward accessible, hobbyist-friendly insights.
There is strong alignment on composite aircraft structures and aerospace theory through finite element analysis, but the former emphasizes theoretical concepts and simulations, while UNSW focuses on structural engineering fundamentals.
Both discuss aircraft joints and laminate design with similar audience interest, though UNSW centers on structural analysis and design principles while DarkAero targets practical joint configurations and product-level considerations.
Shared focus on thin-walled structures and buckling topics, but UNSW provides formal academic lectures whereas Less Boring Lectures presents more general, entertaining explanations.
Both cover airframe design and flight structural analysis, with overlap in audience seeking fundamentals, though UNSW emphasizes rigorous engineering derivations while Aero Guide tends toward approachable overviews.
31 additional channels that were close
| Rank | Relevance | Channel | Similarity | Subscribers | SERP | Appearances |
|---|---|---|---|---|---|---|
| #7 | 52% | Easy Composites Ltd | 76% | 489K | 16% | 9 |
| #8 | 50% | ATA Engineering, Inc | 74% | 2.7K | 14% | 3 |
| #9 | 50% | European Structural Integrity Society | 75% | 3.2K | 12% | 7 |
| #10 | 49% | Aircraft Design Toolbox | 73% | 18.6K | 13% | 7 |
| #11 | 49% | Rui Pedro Ramos Cardoso | 77% | 1.5K | 6% | 4 |
| #12 | 48% | Structures by Design: R.Whitehead | 74% | 1.5K | 9% | 2 |
| #13 | 48% | Ansys Learning | 74% | 77.4K | 8% | 3 |
| #14 | 47% | Jeff Hanson | 69% | 361K | 15% | 7 |
| #15 | 47% | Mufaddal Rasheed | Mechademic | 74% | 6.0K | 8% | 2 |
| #16 | 47% | Nuel Tech | 67% | 45.6K | 16% | 5 |
| #17 | 46% | Spatial Structures | 70% | 3.0K | 12% | 5 |
| #18 | 46% | Composites Central | 69% | 4.7K | 13% | 3 |
| #19 | 46% | Siemens Software | 67% | 105K | 14% | 4 |
| #20 | 46% | Bristol Composites Institute | 73% | 2.3K | 5% | 3 |
| #21 | 45% | Todd Coburn | 70% | 6.7K | 9% | 3 |
| #22 | 45% | ATPL class | 69% | 41.4K | 9% | 1 |
| #23 | 45% | Engineering Insiders ▶ | 71% | 72.5K | 6% | 2 |
| #24 | 45% | DTU Wind and Energy Systems | 70% | 17.3K | 8% | 1 |
| #25 | 45% | R. Dean Odell | 68% | 42.4K | 10% | 2 |
| #26 | 44% | Moldex3D North America | 68% | 1.4K | 8% | 1 |
| #27 | 44% | nCode Software | 66% | 5.7K | 10% | 3 |
| #28 | 44% | Scott Ramsay | 69% | 23.9K | 6% | 2 |
| #29 | 43% | Bstha | 67% | 5.6K | 8% | 1 |
| #30 | 43% | AVweb | 68% | 232K | 6% | 1 |
| #31 | 43% | WayKen Rapid Manufacturing | 66% | 3.2K | 8% | 1 |
| #32 | 42% | Simple Flying | 65% | 421K | 8% | 3 |
| #33 | 42% | Gabriele Mogni | 67% | 1.8K | 5% | 2 |
| #34 | 42% | WIRED ▶ | 64% | 12.8M | 8% | 1 |
| #35 | 41% | The Engineering Mindset ▶ | 62% | 4.3M | 9% | 2 |
| #36 | 40% | MTorres | 60% | 1.9K | 9% | 1 |
| #37 | 39% | Fow Mould | 61% | 3.2K | 7% | 3 |
The Efficient Engineer — 87% match, 1.4M subscribers; JxJ AVIATION — 70% match, 83.1K subscribers; #fem #finiteelementanalysis #ansys #abaqus — 58% match, 10.6K subscribers. They share a focus on engineering topics and aerospace/structural analysis, similar to Aerospace Structures @ UNSW.
Aerospace Structures @ UNSW produces content related to aerospace structures topics, as indicated by video titles such as Aircraft Mechanics, Airframe Basics, Wing Shear Force, Automated Fibre Placement Robot, and Aeroelasticity. The channel has an average of 32.8K views per video, with an average upload frequency of about 0.0 uploads per week.
We analyze Aerospace Structures @ UNSW's recent videos, generate topic-relevant search queries, check YouTube search results, and compare the meaning of each channel's content to measure similarity. The result is a ranked list sorted by SERP overlap, semantic similarity, and search appearances.
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