225 research outputs found
Focus Sustainability commentary piece by Jay Friedlander, Sharpe-McNally chair
No full textFocus Sustainability commentary piece by Jay Friedlander, Sharpe-McNally chair of Green and Socially Responsible Business at the College of the Atlantic in Bar Harbor. Friedlander states that sustainability promotes continuous innovation because sustainable businesses think about how their practices impact the environment and others and, in the process, discover new value and connections. He points out that sustainable practices do not guarantee a company\u27s success but they can help companies find new solutions and opportunities. While the United States has been more resistant to adopting sustainability, countries such as China have embraced it out of necessity and their resulting innovations are making them leaders in industries formerly dominated by the United States
Newsworthy piece with a profile of Jay Friedlander, former CEO of O\u27Naturals i
No full textNewsworthy piece with a profile of Jay Friedlander, former CEO of O\u27Naturals in Portland, who has taken the position of Sharpe-McNally Chair of Green and Socially Responsible Business at the College of the Atlantic in Bar Harbor
Mobile Press-Register sleeve MP0048408
No full textFriedlander anniversary party / (Bernard's Restaurant
Mobile Press-Register sleeve MP0062362
No full textDavid Friedlander, leaving housing board after 15 years / (Mobile Housing Board
Mobile Press-Register sleeve MP0055909
No full textJulie Friedman, Kay Friedlander, designers of Opera Ball invitation / Mobile Press-Register employees evacuated from 3rd floor by bomb scare / (Mobile Press-Register interview room, lobby
Responds Dinamik Pelat Lantai Dasar Akibat Beban Setempat Friedlander
No full textBlast loading is among the phenomena that may cause destruction to a building. As a dynamic load, blast load needs to be further studied. On this research, the author attempted to study the effect of blast loading to the dynamic responses of ground floor slabs. The blast load is modelled as a Friedlander localized load, with the negative phase taken into account. This is based on the results of previous researches that the abandonment of the negative phase is not a conservative approach. The load is modelled according to the Cubic Negative Phase equation. A variety of blast load positions, slab thickness, and damping ratio is made to observe the dynamic responses of ground floor slabs due to the load. The ground floor slabs are modelled as an orthotropic slab supported on semi rigid restraints on a Pasternak elastic foundation model. Dynamic responses of a slab depends on some factors, such as Pasternak foundation shear modulus, ground stiffness modulus, and slab thickness. As the output, the dynamic response of the slabs under some variety of load positions, slab thickness, and damping ratio, are obtained, including absolute maximum deflection and bending moment diagram
Lyrics of the Umpqua,
No full textMode of access: Internet.Presentation copy to Fannie Friedlander from the author
Jupiter: Largest, Fastest and Strongest Fact Litho
No full textThis lithograph is designed to provide general public audiences attending NASA’s latest Science-on-a-Sphere “Largest” Jupiter program current factual information about the planet Jupiter. Educational levels: Informal education
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