http://mrhmag.com – MRH What’s Neat columnist Ken Patterson takes a look back at the first 12 months of What’s Neat this Week columns and pulls out a quick b…
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http://mrhmag.com – MRH What’s Neat columnist Ken Patterson takes a look back at the first 12 months of What’s Neat this Week columns and pulls out a quick b…
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The Rockefeller Foundation has named the first group of cities selected in the “100 Resilient Cities Centennial Challenge.” Each city has been chosen for demonstrating “a commitment to building their own capacities to prepare for, withstand, and bounce back rapidly from shocks and stresses.” More than 1,000 registrations and nearly 400 formal applications from cities around the world were submitted. After careful review of each city’s challenges, these 33 where chosen:
Africa
Dakar (Senegal)
Durban (South Africa)
Central and South America
Medellín (Colombia)
Mexico City (Mexico)
Porto-Alegre (Brazil)
Quito (Ecuador)
Rio de Janeiro (Brazil)
Europe
Bristol (UK)
Glasgow (UK)
Rome (Italy)
Rotterdam (Netherlands)
Vejle (DK)
Middle East
Ashkelon (Israel)
Byblos (Lebanon)
Ramallah (Palestine)
North America
Alameda (CA)
Berkeley (CA)
Boulder (CO)
El Paso (TX)
Jacksonville (FL)
Los Angeles (CA)
New Orleans (LA)
New York City (NY)
Norfolk (VA)
Oakland (CA)
San Francisco (CA)
Oceania
Christchurch (New Zealand)
Melbourne (Australia)
South Asia
Southeast Asia
Bangkok (Thailand)
Da Nang (Vietnam)
Mandalay (Myanmar)
Semarang (Indonesia)
Those selected will work with The Rockefeller Foundation’s partners to establish the suite of financial and technical assistance support to develop and implement the resilience plan, become an integrated member of the 100 Resilient Cities Network, and create or expand the role of a Chief Resilience Officer within the municipal government.
Select on each cities name to learn more about their challenge.
Rockefeller Foundation Selects 33 Cities for Resiliency Challenge originally appeared on ArchDaily, the most visited architecture website on 07 Dec 2013.
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New Wave Architecture‘s proposal (one of eight) for the 2015 Milan Expo demonstrates an essence of Iran brought together in a series of organic forms. The expo’s theme, Feeding the Planet, Energy for Life, is encapsulated the designer’s exploration of the trace of cookery in culture, literature and Iranian art. The conceptual idea behind New Wave’s proposal, The Persian Garden, reflects the cycle of a tree: the organism is fed by the soil, grows and blossoms, before nourishing people and spreading throughout the earth “to asset its support.”
According to the architects, “the tree offers a pleasant space on its shadow, carries natural ventilation and becomes a rain shelter in the rainy days of Milan.” “Iran’s pavilion should be an alluring depiction of its long-time civilization, art, historical characteristics and cultural events with having close connection with agronomics, food and technology.”

“Reminding the structure of the dome and various transition techniques in historical Persian monuments, from polygonal shapes to circular forms in the Persian architecture we impel to extract the parametric pattern of the Sheikh Lotfo-Allah dome in Isfahan seamlessly whilst interplaying with light and shade and integrating the architecture with its structure.”

“As a consequence of the continuous arches and open areas alongside the water stream, natural ventilation is deduced throughout the pavilion. Meanwhile the rain water is re-collected, stored in a tank, filtered and distributed to the lower parts of the area for re-use, lavation etc. Solar panels are efficiently angled on the roof to receive an important amount of sunlight for providing a high percentage of energy required for the pavilion.”

Architects: New Wave Architecture
Architects: Lida Almassian, Shahin Heidari
Design Associates: Zahra Hamedani, Helaleh Alaei, Mohammad Keshavarzi, Fatemeh Dehghani, Soheila Zahedi,Golnaz Baharami, Mona Ramzi, Maryam Shokouhi, Sara Milani Nia
Year: 2015
Photographs: Courtesy of New Wave Architecture
References: Milan Expo 2015
Competition Entry: Iran Pavilion (Expo Milan 2015) / New Wave Architecture originally appeared on ArchDaily, the most visited architecture website on 07 Dec 2013.
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This exceptionally produced art book with die-cut windows, overlays, and blueprints identifies, decodes, and explains the world’s architectural masterpieces. Based on the successful format of Discovering the Great Masters, this is an accessible reference for anyone interested in great spaces and spectacular buildings and for anyone keen to know more about architecture. Each of the architectural works features clever overlays and die-cut windows that allow the reader to identify and focus on specific design elements. Each featured window includes a thoughtful caption explaining the significance of the highlighted area: building materials, historical context, and insights into the planning and architectural influences. Including such works as the Tower of London, Notre-Dame de Paris, and the Taj Mahal in India, the book is organized chronologically and presents buildings from all genres, covering more than two millennia of architectural history. In addition to the clever die-cut captions, each building is featured in an essay filled with essential information on the construction, as well as the social, political, cultural, and geographical considerations of the architect. Stunning photographs allow the reader to appreciate the technical feats and aesthetic brilliance of both the buildings and architects past and present.
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On August 19, 1418, a competition concerning Florence’s magnificent new cathedral, Santa Maria del Fiore–already under construction for more than a century–was announced: “Whoever desires to make any model or design for the vaulting of the main Dome….shall do so before the end of the month of September.” The proposed dome was regarded far and wide as all but impossible to build: not only would it be enormous, but its original and sacrosanct design shunned the flying buttresses that supported cathedrals all over Europe. The dome would literally need to be erected over thin air.
Of the many plans submitted, one stood out–a daring and unorthodox solution to vaulting what is still the largest dome (143 feet in diameter) in the world. It was offered not by a master mason or carpenter, but by a goldsmith and clockmaker named Filippo Brunelleschi, then forty-one, who would dedicate the next twenty-eight years to solving the puzzles of the dome’s construction. In the process, he did nothing less than reinvent the field of architecture.
Brunelleschi’s Dome is the story of how a Renaissance genius bent men, materials, and the very forces of nature to build an architectural wonder we continue to marvel at today. Denounced at first as a madman, Brunelleschi was celebrated at the end as a genius. He engineered the perfect placement of brick and stone, built ingenious hoists and cranes (among some of the most renowned machines of the Renaissance) to carry an estimated 70 million pounds hundreds of feet into the air, and designed the workers’ platforms and routines so carefully that only one man died during the decades of construction–all the while defying those who said the dome would surely collapse and his own personal obstacles that at times threatened to overwhelm him. This drama was played out amid plagues, wars, political feuds, and the intellectual ferments of Renaissance Florence– events Ross King weaves into the story to great effect, from Brunelleschi’s bitter, ongoing rivalry with the sculptor Lorenzo Ghiberti to the near catpure of Florence by the Duke of Milan. King also offers a wealth of fascinating detail that opens windows onto fifteenth-century life: the celebrated traditions of the brickmaker’s art, the daily routine of the artisans laboring hundreds of feet above the ground as the dome grew ever higher, the problems of transportation, the power of the guilds.
Even today, in an age of soaring skyscrapers, the cathedral dome of Santa Maria del Fiore retains a rare power to astonish. Ross King brings its creation to life in a fifteenth-century chronicle with twenty-first-century resonance.Filippo Brunelleschi’s design for the dome of the cathedral of Santa Maria del Fiore in Florence remains one of the most towering achievements of Renaissance architecture. Completed in 1436, the dome remains a remarkable feat of design and engineering. Its span of more than 140 feet exceeds St Paul’s in London and St Peter’s in Rome, and even outdoes the Capitol in Washington, D.C., making it the largest dome ever constructed using bricks and mortar. The story of its creation and its brilliant but “hot-tempered” creator is told in Ross King’s delightful Brunelleschi’s Dome.
Both dome and architect offer King plenty of rich material. The story of the dome goes back to 1296, when work began on the cathedral, but it was only in 1420, when Brunelleschi won a competition over his bitter rival Lorenzo Ghiberti to design the daunting cupola, that work began in earnest. King weaves an engrossing tale from the political intrigue, personal jealousies, dramatic setbacks, and sheer inventive brilliance that led to the paranoid Filippo, “who was so proud of his inventions and so fearful of plagiarism,” finally seeing his dome completed only months before his death. King argues that it was Brunelleschi’s improvised brilliance in solving the problem of suspending the enormous cupola in bricks and mortar (painstakingly detailed with precise illustrations) that led him to “succeed in performing an engineering feat whose structural daring was without parallel.” He tells a compelling, informed story, ranging from discussions of the construction of the bricks, mortar, and marble that made up the dome, to its subsequent use as a scientific instrument by the Florentine astronomer Paolo Toscanelli. –Jerry Brotton, Amazon.co.uk
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“If there is a successor to Make: Electronics, then I believe it would have to be Practical Electronics for Inventors….perfect for an electrical engineering student or maybe a high school student with a strong aptitude for electronics….I’ve been anxiously awaiting this update, and it was well worth the wait.”–GeekDad (Wired.com)
Spark your creativity and gain the electronics skills required to transform your innovative ideas into functioning gadgets. This hands-on, updated guide outlines electrical principles and provides thorough, easy-to-follow instructions, schematics, and illustrations. Find out how to select components, safely assemble circuits, perform error tests, and build plug-and-play prototypes. Practical Electronics for Inventors, Third Edition, features all-new chapters on sensors, microcontrollers, modular electronics, and the latest software tools.
Coverage includes: Resistors, capacitors, inductors, and transformers Diodes, transistors, and integrated circuits Optoelectronics, solar cells, and phototransistors Sensors, GPS modules, and touch screens Op amps, regulators, and power supplies Digital electronics, LCD displays, and logic gates Microcontrollers and prototyping platforms, including Arduino DC motors, RC servos, and stepper motors Microphones, audio amps, and speakers Modular electronics and prototyping
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Electric Remote Control Aircraft have taken over the RC flying hobby over the last few years. Electric RC Aircraft: A Complete Resource gives you everything you need to know in order to get started or update your knowledge when it comes to RC electrics.
We cover batteries, motor types, electonic systems and we tell you what you need to know in order to purchase the right aircraft and how to learn how to fly it in the best and easiest way.
Electric RC Aircraft goes through the technology used in making aircraft lighter and faster and let’s you understand how this affects the way these aircraft fly. Learn the precautions and preparations you should do in order to have the best chances of a great flight!
Most important, Electric RC Aircraft gives you the information and skills you need to have the most fun and enjoyment out of this great activity. We shorten the learning curve and get you in the air fast while showing you how to fly safely and properly.
We cover everything you need to know about RC aircraft in just one easy and fun to read book. We are sure this book will take an electric RC flier, whether it be helicopter or airplane, to the next level. We cover both and give you what you need to have fun and get the most out of your helicopter or aircplane
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The challenge of solving practical safety issues in the atrium of Bobst Library represents an opportunity to enhance the quality, character and identity of this important NYU institution. Our design is guided by the dual objective of creating an attractive security membrane that is secure yet visually porous while at the same time aesthetically compatible with the existing atrium designed by Philip Johnson in 1968.ComponentsThe Pixel Veil is composed of two layered components —aluminum panels are mechanically attached to vertical aluminum structural supports. The components are painted bronze to match the existing bronze handrail. Each laser-cut panel is inscribed with a perforated pattern–the Pixel Matrix—composed using an underlying 4” grid whose spacing aligns with the vertical stanchions of the original bronze railings while also complying with ADA building codes. At the top level, the perforated veil terminates in a glass clerestory that differentiates the administrative floor from the other library functions below and heightens the impression that the veil floats within the atrium.Secure Yet PorousOur design reconciles opposing demands for security and porosity. On the one hand, the new interior lining of the atrium possesses sufficient surface area to form an effective security barrier that is vandal proof, durable and …
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Economic dominance brings cultural dominance and the architecture of Empire was, in part, a template for the world. But as the century turned there were alre…
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Cessna 781 Micro Radio Control Airplane Indoor RC Plane
This is a palm size aeroplane with Infra-red control. It is made with very light and durable material–EPP, feels like rubber. It hardly break even you bend it or crashed to obstacles. As it is so light, it can fly longer then normal indoor RC toys, that’s because it takes less energy to support the plane body.
When you move the Throttle from 10% to 100%, the airplane elevates with respective rate, you can make an excellent horizontal flight by just giving a lower throttle, or climb rapidly by switching the throttle to a higher level. No need to know too much about aerobatic theory and you can make a perfect aerobatic flight! It can bank left and right by spinning one of the 2 motors faster, simple but effective design!
It has Li-polymer battery on-board. It can be charged very easily by just connecting to the transmitter, then you can start flying it again!
– High wing trainer is stable and easy to fly
– High performance in indoor flight
– Light weight and durable EPP construction
– Carbon framework make a stable construction
– 4 directional flight: Ascending, descending, turn left, turn right
– Adjustable Trim Control
– 3 selectable frequencies, 3 airplanes can fly together
– Made of Unique Material to Withstand Crashes
– Flying 10 minutes after 25 minutes charging
– Charged directly from Transmitter
– Power battery: 3.7V Li-poly battery
– Control Range: around 30 feet (10m)
– Minimum wheel radius: 6 feet (2m)
– Weight: 0.32oz (9.0g)
– Dimension: 7.3″L x 7.9″W x 2″H
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