Acoustic Analysis (1.5 hrs)
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Intro
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00 | Install the Aeolus plugin
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02 | Set up the base geometry for acoustic analysis
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03 | Define the sound source object
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04 | Compute the Sound Pressure Levels
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05 | Construct a map to visualise Sound Pressure Levels
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06 | Analyse the relationship between design variables and Sound Pressure Level distribution
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07 | Analyse a doubly curved geometry
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08 | Adjust acoustic simulation settings
Information
| Primary software used | Grasshopper |
| Course | Acoustic Analysis (1.5 hrs) |
| Primary subject | Analysis & simulation |
| Secondary subject | Optimization |
| Level | Intermediate |
| Last updated | September 25, 2026 |
| Keywords |
Responsible
| Teachers | |
| Faculty |
Acoustic Analysis (1.5 hrs) 0/8
Acoustic Analysis (1.5 hrs)
Acoustic simulation is introduced as a performance-driven design tool integrated into parametric workflows.
Tutorial Overview
Duration approx. 1.5 hrs.
The tutorial progressively covers:
- 00 | Install the Aeolus plugin
- 02 | Set up the base geometry for acoustic analysis
- 03 | Define the sound source object
- 04 | Compute the Sound Pressure Levels
- 05 | Construct a map to visualise Sound Pressure Levels
- 06 | Analyse the relationship between design variables and Sound Pressure Level distribution
- 07 | Analyse a doubly curved geometry
- 08 | Adjust acoustic simulation settings
Acoustic Analysis (1.5 hrs) 1/8
00 | Install the Aeolus plugin
Acoustic Analysis (1.5 hrs) 2/8
02 | Set up the base geometry for acoustic analysis
Acoustic Analysis (1.5 hrs) 3/8
03 | Define the sound source object
Acoustic Analysis (1.5 hrs) 4/8
04 | Compute the Sound Pressure Levels
Acoustic Analysis (1.5 hrs) 5/8
05 | Construct a map to visualise Sound Pressure Levels
Acoustic Analysis (1.5 hrs) 6/8
06 | Analyse the relationship between design variables and Sound Pressure Level distribution
Acoustic Analysis (1.5 hrs) 7/8
07 | Analyse a doubly curved geometry
Acoustic Analysis (1.5 hrs) 8/8
08 | Adjust acoustic simulation settings
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