Using Innovative Design Tools and Existing Systems to Rapidly Design and Integrate a Novel System to Defend against Hypersonic Threats

2022 ◽  
Author(s):  
Andrew Ehler ◽  
Mark Humphries ◽  
Bryce Graley ◽  
Aaron Drenth ◽  
Damon Kirkpatrick
2019 ◽  
Vol 18 (3) ◽  
pp. 35-44
Author(s):  
Kinga Kimic

The honeycomb pattern, comes from nature, is one of the inspiration used by architects in their work. The characteristic form of the hexagon, possible to be duplicated as a module in both "pure" and modified form, favours the implementation of more and more spectacular solutions in architecture. The aim of the article is an overview of selected examples of the honeycomb pattern applied in architecture in relation to shaping its basic form (single objects and their complex systems), as well as used in architectonic details at various scales (elements of building facades). The variety of ideas is resulted from the inventiveness of planners and architects, the development of innovative design tools, and the availability of various materials used in construction.


2019 ◽  
Vol 1 (2) ◽  
pp. 67-80
Author(s):  
Natalia Filova ◽  
Lea Rollova

Traditional museum is typically characterized especially by presenting exhibits. However, it has recently been enriched by many other features that contribute to the attractiveness of exhibitions. Museum spaces nowadays offer various educational events, creative workshops or shops with artefacts and publications. This paper is aimed at presenting partial research results orientated to human-centered design of museums for children. The introductory part describes innovative design tools that focus on multisensory presentation of exhibits, hands-on, color impact, emotion perception etc., as well as possibilities of using the Universal Design as a Learning method to create exhibitions for children with special needs. The main part of the work consists of our team's research aimed at exploring the needs of different children, especially children with various disabilities, in the creation of children's museum space and exhibitions. The first phase of research is focused on the analysis of spatial properties, exhibits and interactions between them. The aim was to discover how those factors influence children's attention and impact on their learning ability. This part of the research was carried out in BIBIANA - International House of Art for Children in Bratislava. The end of the paper indicates further research possibilities that will be explored in the next phase of our research in the future.


2020 ◽  
Vol 2 (3) ◽  
Author(s):  
Stefan Seidel ◽  
Nicholas Berente ◽  
Aron Lindberg ◽  
Kalle Lyytinen ◽  
Jeffrey V Nickerson

Autonomous, intelligent tools are reshaping all sorts of work practices, including innovative design work. These tools generate outcomes with little or no user intervention and produce designs of unprecedented complexity and originality, ushering profound changes to how organizations will design and innovate in future. In this paper, we formulate conceptual foundations to analyze the impact of autonomous design tools on design work. We proceed in two steps. First, we conceptualize autonomous design tools as ‘rational’ agents which will participate in the design process. We show that such agency can be realized through two separate approaches of information processing: symbolic and connectionist. Second, we adopt control theory to unpack the relationships between the autonomous design tools, human actors involved in the design, and the environment in which the tools operate. The proposed conceptual framework lays a foundation for studying the new kind of material agency of autonomous design tools in organizational contexts. We illustrate the analytical value of the proposed framework by drawing on two examples from the development of Ubisoft’s Ghost Recon Wildlands video game, which relied on such tools. We conclude this essay by constructing a tentative research agenda for the research into autonomous design tools and design work.


2005 ◽  
Author(s):  
John K. Hawley ◽  
John F. Lockett ◽  
Laurel E. Allender

Author(s):  
Fremmy Raymond Agustinus

Desain penyejuk udara juga dapat diterapkan di bidang kesehatan, dengan standar Cleanroom dapat diperoleh suhu, kelembaban, kenyamanan dan kebersihan yang dibutuhkan untuk ruang steril (ruang bedah). Perancangan pendingin udara dalam hal ini dilakukan dengan menentukan beban pendinginan yang diperlukan untuk ruang steril (ruang bedah), kemudian menentukan ukuran ducting, jalur ducting, dan jumlah penggunaan ducting. Desain ini menggabungkan unit split saluran yang dimodifikasi, kipas booster, filter pra, filter medium, dan filter HEPA dengan menggunakan saluran aluminium preinsulated sebagai saluran udara. Desain dilakukan dengan menggunakan perangkat lunak AutoCAD 2012, Design Tools Duct Sizer, dan Microsoft Excel. Dari hasil perhitungan dan desain didapatkan kebutuhan kapasitas 3 ruang bedah yaitu ducted ducted 100.000 BTUH sebanyak 3 unit, booster fan 3.3 - 4 Di WG sebanyak 3 unit, pre filter 24 "x 24" x 2 "6 set, filter menengah 610 x 610 x 290 mm 6 set, dan filter HEPA 1220 x 610 x 70 mm 12. Untuk ruang steril, tekanan statis yang dihasilkan oleh unit pendingin harus lebih besar daripada tekanan statis yang dihasilkan dari unit yang ada. di ruang semi steril. Dengan kata lain, ruang steril harus memiliki tekanan positif terhadap ruang semi steril. Hal ini dimaksudkan agar udara di ruang semi steril tidak masuk ke ruang steril ketika pintu antar ruangan dibuka. Desain dan perhitungan ruang bedah, suhu nyata yang diperoleh adalah 23 ° C ± 2 ° C dan kelembaban relatif yang diperoleh adalah 60% ± 2%.   Air conditioning design can also be applied in the health field, with cleanroom standard can be obtained temperature, humidity, comfort and hygiene needed for sterile room (surgical room). The design of air conditioning in this case is done by determining the cooling load required for the sterile room (surgical room), then determining the ducting size, ducting path, and the amount of ducting usage. This design combines modified ducted split unit, booster fan, pre filter, medium filter, and HEPA filter by using preinsulated aluminum duct as an air passage. The design is done by using AutoCAD 2012 software, Design Tools Duct Sizer, and Microsoft Excel. From the calculation and design result obtained the capacity requirement of 3 surgical room that is split ducted 100.000 BTUH as many as 3 units, booster fan 3.3 - 4 In WG as many as 3 units, pre filter 24"x 24" x 2" 6 sets, medium filter 610 x 610 x 290 mm 6 sets, and HEPA filter 1220 x 610 x 70 mm 12 sets. For the sterile room, the static pressure generated by the cooling unit shall be larger than the static pressure generated from the unit present in the semi sterile room. In other words, the sterile room must have positive pressure to the semi sterile room. It is intended that the air in the semi sterile room does not enter into the sterile room when the door between room opened. In this surgical room design and calculation, real temperature obtained is 23 °C ± 2 °C and the relative moisture obtained is 60% ± 2%.


2020 ◽  
Vol 102 (2) ◽  
pp. 143-157
Author(s):  
Raymond Richard Neutra

The Lovell Health House (1927–1929) by Richard Neutra for Dr. Phillip Lovell and his wife, Leah Lovell, was a turning point in modern architecture. The house not only carried out Phillip Lovell’s principles of healthy living, it also incorporated a school conducted along the progressive educational theories embraced by Leah Lovell. This article identifies the educational features in Neutra’s plan. Interviews with one of the last remaining students of the school shed light on the students and faculty and how the design served the school’s curriculum. Neutra’s innovative design accommodating the progressive educational program at the Lovell Health House belongs in any discussion of the later school designs for which he won lasting acclaim.


2010 ◽  
Vol 6 (3) ◽  
pp. 66 ◽  
Author(s):  
Carlo Pappone ◽  
Luigi Giannelli ◽  
Vincenzo Santinelli ◽  
◽  
◽  
...  

Innovative technologies are being developed to make current ablation procedures safer and easier. Sometimes conventional ablation catheters cannot easily adapt to anatomical targets, making radiofrequency applications challenging, time consuming or even ineffective. The Cool Flex is a novel, flexible and fully-irrigated tip catheter with an innovative design and various angular orientations to better adapt the ablation tip to the surrounding tissue. Here, peliminary experience with this new ablation catheter is reported in the treatment of different tachyarrhythmias, including slow and accessory pathway ablation, cavotricuspid isthmus-dependent atrial flutter and atrial fibrillation. One or two radiofreqency applications may be sufficient to eliminate the arrhythmogenic substrate in most patients without complications.


PCI Journal ◽  
2001 ◽  
Vol 46 (1) ◽  
pp. 14-21
Author(s):  
Bruno Elias Ramos ◽  
John Colao ◽  
Paul Martinez ◽  
Peter G. Trolani ◽  
Ted Wolfstahl

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