Wave Equation and Propagation of Sound
Wave Equation and Propagation of Sound is an online acoustics course by Alison US CA covering wave theory, sound propagation, and acoustic equations. Price varies. Ideal for engineering and physics students seeking foundational knowledge in sound wave dynamics and mathematical modeling for academic or professional applications.
● In stock
Buy at Alison →Price and availability may change. Click to see current details on Alison.
Key features
- Derivation of acoustic wave equations
- Covers plane and spherical wave propagation
- Explains Euler’s equation and fluid acceleration
- Includes human perception of sound
- Studies sound pressure level and loudness
- Analyzes refraction and transmission coefficients
- Free online course with certification
Pros
- +Comprehensive coverage of wave theory
- +Clear explanations of complex equations
- +Self-paced and free to access
Cons
- −Requires prior math and physics knowledge
- −No hands-on lab components
About Wave Equation and Propagation of Sound
What is Wave Equation and Propagation of Sound?
Wave Equation and Propagation of Sound is a specialized online course offered by Alison US CA that delves into the physics of sound and the mathematical frameworks governing wave behavior. Designed for learners with a background in physics or engineering, this course explains how sound propagates through media and how acoustic wave equations are derived. It covers core concepts such as fluid acceleration, Euler’s equation, velocity potential, and the variation of sound speed with temperature. The curriculum also explores harmonic plane waves, spherical wave propagation, and the mathematical treatment of converging and diverging waves.
Key features
- Acoustic Wave Theory — Learn derivation of wave equations from fundamental principles.
- Plane and Spherical Waves — Study propagation in different waveforms and geometries.
- Human Hearing Process — Explore sound perception, loudness, and pressure levels.
- Mathematical Modeling — Master Linear Continuity and Linear Force (Euler’s) equations.
- Wave Transmission — Understand refraction, power transmission coefficient, and incidence types.
- Energy in Sound — Analyze intensity, energy transfer, and acoustic variables.
- Free Online Access — Self-paced learning with certification upon completion.
Who is Wave Equation and Propagation of Sound for?
This course is ideal for undergraduate and graduate students in physics, mechanical engineering, or acoustics who need a strong theoretical foundation in sound wave mechanics. It also benefits professionals in audio engineering, noise control, or ultrasonics seeking to refresh or deepen their understanding of wave dynamics. The content is technical and math-intensive, best suited for those comfortable with differential equations and fluid dynamics.
How does Wave Equation and Propagation of Sound compare?
Unlike general physics courses, this program focuses exclusively on acoustic wave behavior and its mathematical underpinnings. Compared to university-taught acoustics modules, it offers free, flexible access without prerequisites. While less comprehensive than graduate-level textbooks, it provides a structured, digestible approach to complex topics like spherical wave equations and human auditory response, making it a valuable supplement to formal education in engineering and applied physics.
Best use cases
- →Physics students studying wave mechanics
- →Engineers learning acoustic modeling
- →Professionals in audio or noise control
- →Self-learners exploring sound physics
- →Supplement to university acoustics courses
Is Wave Equation and Propagation of Sound right for you?
This course is best for students or professionals in physics or engineering with a grasp of calculus and fluid dynamics. It's ideal for those needing a theoretical foundation in sound propagation. No purchase is required—access is free. Alternatives include university acoustics courses or paid platforms like Coursera, but this offers a focused, cost-free option for core wave equation concepts.
How it compares: Compared to standard polypropylene rugs, this course offers no physical material but delivers advanced theoretical knowledge. Unlike fixed overhead cranes, it requires no installation and serves educational rather than industrial functions.
More from Alison
Frequently Asked Questions
What topics are covered in Wave Equation and Propagation of Sound?
▾
The course covers acoustic wave equations, plane and spherical wave propagation, Euler’s equation, sound energy, human hearing, and wave transmission including refraction and incidence.
Does this course require prior knowledge of physics or math?
▾
Yes, a solid understanding of calculus, differential equations, and basic physics is recommended to fully grasp the mathematical derivations and acoustic principles.
How long does it take to complete the course?
▾
The course typically takes 3-5 hours to complete, depending on your pace and familiarity with the material. It is self-directed with no time limit.
Is there a certificate upon completion?
▾
Yes, Alison US CA provides a free digital certificate upon successful completion, which can be shared professionally or added to academic portfolios.
Can I access the course on mobile devices?
▾
Yes, the course is accessible on smartphones, tablets, and desktop computers, allowing flexible learning anytime and anywhere with internet access.
Is Wave Equation and Propagation of Sound in stock at Alison?
▾
Yes, Wave Equation and Propagation of Sound is currently in stock at Alison.
Specifications
- Category
- Software
- SKU
- 2420