ACNV02

Work it Out: Fitness Centers in Mixed Use Buildings

This course is intended to help architects, engineers, and especially building owners understand the issues that can arise when trying to bring an active fitness facility into a mixed use building or development and how these issues can best be addressed. The session will include a discussion of the various types of fitness franchises and the acoustic concerns that come along with them (as well as how to deal with such concerns though architectural and managerial methods). We will also cover the basics on how sound propagates through a building, and discuss what features (in terms of building type and tenant location) to look for (or avoid) when planning for a new tenant or a new franchise location. This course will also include demonstrations and case studies of specific issues and the methods used to resolve them.

NVHC01

Noise and Vibration in Healthcare Facilities (HSW)

Healthcare facilities generally house a variety of equipment and spaces that are sensitive to noise and vibration. This presentation will address issues related to day-to-day operations, unique situations that arise, such as those due to nearby construction. We introduce the concepts of vibration and noise criteria as they relate to sensitive equipment and spaces. Using the special case of MRIs, we will discuss potential sources of building vibration and mitigation measures. We will also discuss the potential impacts of the MRI operation on neighboring spaces with respect to airborne noise and structure-borne vibration. Construction-related vibrations are also a potentially huge source of disruption for hospital facilities. We will examine the potential impact of construction vibrations, methods to predict impact and possible mitigation methods.

ACHC01

Acoustics and Healthcare Facilities (HSW)

Effective designs for healthcare facilities include attention to acoustics. This session will be a survey of architectural acoustics and mechanical system noise and vibration concerns relating to healthcare facilities. Learn fundamental elements for addressing speech privacy, sound isolation, room finishes, and HVAC noise and vibration control. Topics will be organized by design phase to present a logical and cost effective approach.

ACHC02

Quiet Patient Rooms: Why Medicare Cares and You Should Too (HSW)

Medicare is tying hospital reimbursements to scores on a patient satisfaction survey called HCAHPS (Hospital Consumer Assessment of Healthcare Providers and Systems). One of the questions on this survey asks the patient how quiet the area was around their patient room. Design strategies for achieving “quiet” will be discussed along with a big picture view of the changing Medicare reimbursement program.

ACGN45

There Goes the Neighborhood! (or not) – Acoustical Considerations for Mixed-Use Developments (HSW)

Many urban centers are seeing an increased interest in mixed-use developments, which provide numerous advantages. However, these developments also pose significant noise control challenges, both within the buildings and in the surrounding neighborhoods. We will present select case studies demonstrating typical problems and possible solutions.

NVGN09

How Vibrations Affect MRI Systems – How MRIs Affect Adjacent Spaces

Magnetic Resonance Imaging (MRI) system installations on supported floors are becoming more prevalent. Learn how MRIs produce noise and vibration and what can be done to meet a system’s vibration criterion and to attenuate its structurally transmitted and airborne noise.

NVGN18

A Vibration Primer for Architects

Vibrations in buildings are caused by many sources and may affect people and sensitive equipment. Learn what the jargon of vibration specifications and criteria means – how vibrations are described – and get some insight into how things vibrate and how vibration reductions can be achieved. Obtain an overview of vibration sources and check-list of design considerations.

NVGN01

Overview of Vibration Design Criteria in Laboratory and High-Tech Facilities

An introduction to the architectural issues related to such vibration-sensitive equipment as used for precision metrology, microbiology, and optical research. We will describe viable approaches for protecting such equipment from vibrations caused by ground motions, personnel activities, and machinery. Topics will include the concepts of favorable layouts, structures, and equipment isolation.

ACGN15

Vibration and Noise in AIR-RIGHTS Buildings

With an ever-increasing interest in constructing buildings close to hectic traffic corridors, intrusive vibrations and noise have emerged as major concerns for designers. We will discuss the basic mechanisms of vibration, noise generation, structural transmission, criteria for evaluating the potential problems, and the means for addressing these issues.

NVGN11

Hotel on Rubber Pads – Statistical Energy Analysis/Vibration Concerns

This case study will show how we used Statistical Energy Analysis (SEA) to assess the potential noise and vibration problems of a hotel atop and around a vent building of Boston’s Central Artery. An outline of the SEA approach and results will be featured.