The Texas Rangers will move to an HKS-designed new stadium in Arlington by 2020. The new venue, Globe Life Field, will hold 41,000 seats and a 1.7 million-square-feet ballpark. It will be home to games ranging from high school and college sporting events to professional, international games. The $1.1-billion baseball park broke ground in September 2017 and is now under construction. When completed, Globe Life Field will join the Texas Live! entertainment district as a new destination for entertainment tours. Taking into consideration the hot climate of the state, HKS introduced climate-controlling infrastructure, including the massive retractable roof that would open and close depending on the weather. The design aims to improve the comfort of watching games, with wider seats and varied front-row seating design. Two concourse rings allow for easy circulation. Restrooms and concessions are receded from the seating bowl to avoid the obstruction of views. HKS designed the plaza-facing north wall with a mixture of 18 brick, Texas limestone, granite arches filled with curtain walls in between. People will be able to walk on the corridor underneath the arches, which is the main concourse, and look down onto the plaza on one side and the game on the other. The design of a large plaza and multi-level landscape outside the stadium was inspired by Texas farmhouse porches. The project also borrowed elements from other ballparks, paying tribute to the neighboring, old Globe Life Park by using arches. It also referenced other local arch-sporting landmarks, such as the historic Mission San José y San Miguel de Aguayo in San Antonio and the Kahn-designed Kimbell Art Museum in Fort Worth.
Posts tagged with "Climate control":
As climate change blurs the typical boundaries between seasons, a forthcoming installation by Carlo Ratti Associati and Studio Römer will take that a step further, by exploring the relationship between nature and living in a piece that combines spring, summer, winter, and autumn under a single roof in the center of Milan's Piazza del Duomo. Titled "Living Nature," the 5,400-square-foot garden pavilion will be open to the public in the city's main square over the course of the Salone del Mobile fair, from April 17 through 15, 2018. With its four natural, climactic microcosms, the piece is ostensibly a study on the relationship between the natural environment and the city surrounding it, but it also goes one step further by experimenting with the latest technology in energy management systems, including photovoltaic cells, accumulators, and heat pumps. “In the 20th century, cities expanded outwards to conquer nature and the countryside," says Carlo Ratti, founding partner at CRA and director of MIT Senseable City Lab. "We believe that today’s challenge is the opposite: How can we bring nature back to the city and in the house?" Citing Bosco Verticale as an example of Milan's leading-edge engagement with biophilic design, Ratti says his firm's new project “continues such a reflection, bridging the domestic dimension closer to today’s most pressing environmental challenges.” As such, the pavilion will be divided into four "rooms," each with its own interior furnishings and plants selected by French botanist Patrick Blanc. Though climate control is often associated with excessive energy consumption, the new project aims to spark a conversation about sustainable design. The structure's Crystal membrane dynamically filters light based on input from light-reactive sensors. PV panels generate the energy to heat the summer area and cool the winter zone, with excess energy generated during peak production times stored in a battery system. With the challenges of climate change in mind, “we need to devise strategies for climate remediation to improve living conditions in our cities, defining a closer alliance between the natural and artificial worlds,” says Antonio Atripaldi, project leader at CRA. “This project offers a radical change of perspective, demonstrating the feasibility of climate control technology that is also sustainable, with vast potential for future applications.”
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