flexiblefullpage -
billboard - default
interstitial1 - interstitial
catfish1 - bottom
Currently Reading

Metal composite materials engineer sound and inspire bold designs

Sponsored Content University Buildings

Metal composite materials engineer sound and inspire bold designs


By ALPOLIC Metal Composite Materials | May 7, 2018

Kites made from ALPOLIC metal composite material with fire retardant core hang from the ceilings in the Voxman Music Building at the University of Iowa. Photo credit: Mitchell Stier

High vaulted ceilings are a challenge to acoustical engineers looking to control, direct and amplify sounds to create a dynamic listening experience. LMN Architects approached the design for the new Voxman Music Building at the University of Iowa with an acute understanding of the construction limitations. They needed lightweight, yet rigid material that could be fabricated and hung in the open space in order to provide the right acoustics, integrate in the lighting and fire safety systems, and provide an inspiring experience true to their bold vision.

Metal composite material proved to be the perfect solution for this complex problem. In partnership with fabricators at Shaffner Heaney Associates, Inc, 6mm-thick ALPOLIC®/fr Metal Composite Material (MCM) was designed, fabricated, and installed to meet all engineering concerns and exceed the design expectation in bringing colorful swarms of kites to life.

Throughout the design process, the LMN Tech Studio employed a 3D parametric model to simulate how ALPOLIC® MCM could best provide sound scattering and absorption at the Voxman. The end result helps university musicians achieve the desired acoustic effects during performance.

 

The kites add rich color and functionality to music rooms without interfering with hanging lights and fire sprinkler systems. Photo credit: Mitchell Stier

 

To create the 946 detailed components adorning the high ceilings of Voxman’s main music hall and two large rehearsal rooms, Shaffer Heaney fabricator Mark Haab and his team digitally cut 36,000 square feet of ALPOLIC® with a fire retardant core. The unique installation also permitted other systems - lighting and fire sprinklers - to penetrate without interfering in the overall look of the design. "It was unlike any composite job we've done or seen anyone else do, and we knew it was something special the minute we saw the architect's plans," said Haab.

Six different colors, four of which were custom, all using Lumiflon® FEVE resin, add a touch of brilliance to the spaces within the building. While these aluminum "kites" appear to float in the sky, much the like the music filling the rooms, they contribute important elements to the functionality of the music rooms.

“This process and ALPOLIC® MCM has really become a calling card for us,” said Steven Van Dyck of LMN Architects. “We’re exploring and find we can make it do almost anything.”

"It's really a masterpiece, from the architect’s concept through the execution," said Haab of the overall project. "We took something that was very challenging and unique and out of the box and got it done."
 

Project Details: University of Iowa, Voxman Music Building

Location: Iowa City, Iowa

Fabricator: Shaffner Heaney

Architect: LMN Architects

Exterior Panel Manufacturer: ALPOLIC® Materials | Mitsubishi Chemical Composites America, Inc.

Product: 6mm, ALPOLIC/fr®

Coating: Custom Colors

Industry: Education

Related Stories

| Mar 20, 2012

Stanford’s Knight Management Center Awarded LEED Platinum

The 360,000-sf facility underscores what is taught in many of the school’s electives such as Environmental Entrepreneurship and Environmental Science for Managers and Policy Makers, as well as in core classes covering sustainability across the functions of business.

| Mar 19, 2012

HKS Selected for Baylor Medical Center at Waxahachie

Baylor Medical Center at Waxahachiewill incorporate advanced technology including telemedicine, digital imaging, remote patient monitoring, electronic medical records and computer patient records. 

| Mar 14, 2012

Tsoi/Kobus and Centerbrook to design Jackson Laboratory facility in Farmington, Conn.

Building will house research into personalized, gene-based cancer screening and treatment.

| Mar 6, 2012

EwingCole completes first design-build project for the USMA

The second phase of the project, which includes the academic buildings and the lacrosse and football fields, was completed in January 2012.

| Mar 6, 2012

Joliet Junior College achieves LEED Gold

With construction managed by Gilbane Building Company, Joliet Junior College’s Facility Services Building combines high-performance technologies with sustainable materials to meet aggressive energy efficiency goals.

| Mar 1, 2012

Cornell shortlists six architectural firms for first building on tech campus

Each of the firms will be asked to assemble a team of consultants and prepare for an interview to discuss their team’s capabilities to successfully design the university’s project.

| Mar 1, 2012

Bomel completes design-build parking complex at U.C. San Diego

The $24-million facility, which fits into a canyon setting on the university’s East Campus, includes 1,200 stalls in two adjoining garages and a soccer field on a top level. 

| Feb 28, 2012

Salem State University Library & Learning Commons topped off

When it opens to students in the fall of 2013, the $60 million facility will offer new archival space; circulation and reference areas; collections; reading spaces; study rooms; instruction labs and a Dean’s suite. 

| Feb 28, 2012

Griffin Electric completes Medical University of South Carolina project

The 210,000-sf complex is comprised of two buildings, and houses research, teaching and office areas, plus conference spaces for the University.

| Feb 14, 2012

Angelo State University opens doors to new recreation center expansion

  Designed by SmithGroup, the JJR_Center for Human Performance offers enhanced fitness options, dynamic gathering space.

boombox1 - default
boombox2 -
native1 -

More In Category



Mass Timber

Bjarke Ingels Group designs a mass timber cube structure for the University of Kansas

Bjarke Ingels Group (BIG) and executive architect BNIM have unveiled their design for a new mass timber cube structure called the Makers’ KUbe for the University of Kansas School of Architecture & Design. A six-story, 50,000-sf building for learning and collaboration, the light-filled KUbe will house studio and teaching space, 3D-printing and robotic labs, and a ground-level cafe, all organized around a central core.


halfpage1 -

Most Popular Content

  1. 2021 Giants 400 Report
  2. Top 150 Architecture Firms for 2019
  3. 13 projects that represent the future of affordable housing
  4. Sagrada Familia completion date pushed back due to coronavirus
  5. Top 160 Architecture Firms 2021