Architectural acoustics may be a complicated and complex field today, but many of the basic principles began to take shape in the early part of the 20th century. This course covers the rise and fall of acoustical photography—its various benefits and drawbacks—and how it coincided with the development of acoustical principles in architecture.
Sound is primarily controlled through two passive methods: absorption and isolation. This course will focus on sound absorption in architecture and discuss how it is measured.
This course will cover the different types of absorptive materials used today, and help the learner to select a ceiling panel based on the desired acoustical performance of the space.
Design teams must integrate building systems to create a high performance building that also enhances the health and wellbeing of occupants. This course will explore how to achieve optimal acoustic performance in wood building systems with proper design of walls and floors/ceilings.
The course will examine acoustical codes, integrating acoustics into sustainable design, construction detailing and case studies where acoustics were prioritized to optimize indoor environmental quality.
Background sound is key to providing building occupants with improved speech privacy, noise control, and acoustic comfort. When used as the starting point for interior planning, sound masking lets building professionals set the base of background sound throughout a facility, more accurately specify the blocking and absorptive elements used in their design, allowing it to be delivered in a cost-effective manner, and with greater assurance of achieving the intended results.
This program explores the evolution of drywall ceilings, acoustical ceilings, and the innovation of monolithic acoustical ceiling systems.
It includes an introduction to the history of gypsum plaster, and the invention of the gypsum wallboard panel. The evolution of ceilings, and the standards used to gauge performance of ceilings will be discussed.
The audience will learn where, when, and how to specify monolithic acoustical drywall ceilings.
This course will help interior designers and architects to better understand and effectively articulate the concept of sound transmission through walls, ceilings, and floors and how various products affect it.
Plastic ceiling tiles conquer moisture challenges in buildings and are designed for the health care, restaurant and hospitality markets or any facility with drop ceiling tiles. Plastic ceiling tiles are waterproof, mold resistant and can provide numerous sustainable design benefits.
This course reviews the history of dropped ceilings, dangers of moisture intrusion and mold growth in buildings, and benefits of choosing materials that meet these challenges.
As the hospitality industry continues to evolve, there is a greater focus on the guest experience. With increasing customer expectations for comfortable, quiet rooms, the Packaged Terminal Air Conditioner (PTAC) and Packaged Terminal Heat Pump (PTHP) play a vital role in overall guest satisfaction. This CEU demonstrates the level of quality that PTAC/PTHP systems offer the hospitality environment. You will also learn the benefits of the product, why it offers maximum efficiency, what factors and accessories help the system operate more effectively, and what makes PTAC/PTHP systems so reliable.
Noise control must play an integral role in building design, as successful acoustic design increases comfort, productivity and communication. The best designs incorporate sound into the overall design solution.
This article will examine why noise control is essential in building design and construction. It will compare traditional and damped wall partition designs, describing how the use of constrained-layer damping panels can be used as an alternative to multi-layer gypsum wallboard assemblies to meet and exceed the minimum code requirements.
Acoustic Considerations and Door Systems in Healthcare, Hospitality, Education, and Office Facilities
An architect that designs buildings with acoustics in mind will create better environments for the end user, improving everything from patient healthcare outcomes to student reading and test scores. However, a room is only as good as its weakest link, and while walls and ceilings often are discussed when it comes to acoustics, door systems seldom are.
Improving acoustics in commercial and institutional buildings can benefit occupants within healthcare, hospitality, education, and office environments. This course will discuss how door systems specifically play a vital acoustic role within each sector.
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