View allAll Photos Tagged simulation
At Glencoe High, Hillsboro OR. Very realistic simulation of head on fatal accident. Washington County Sheriff, Hillsboro Police, Hillsboro Fire, and Metro West Ambulance show students what can happen.
The Nursing Department performed the "Texting While Driving" iStan Simulation for students and the community. L. D. Owen Performing Arts Center, Bay Minette Campus
Mars simulation of 2005-10-30 on the left and my attempt at imaging Mars with a SAC-7B webcam on the right through the Nexstar 8GPS SCT
Biennale di Venezia 2014 - 14th International Architecture Exhibition - Fundamentals.
Fundamentals consists of three interlocking exhibitions:
1.Absorbing Modernity 1914-2014 is an invitation to the national pavilions to show the process of the erasure of national characteristics.
2.Elements of Architecture, in the Central Pavilion, pays close attention to the fundamentals of our buildings used by any architect, anywhere, anytime.
3.Monditalia dedicates the Arsenale to a single theme – Italy – with exhibitions, events, and theatrical productions.
The 14th International Architecture Exhibition, titled Fundamentals, directed by Rem Koolhaas and organized by la Biennale di Venezia, chaired by Paolo Baratta, was open to the public from June 7 through November 23, 2014, in Venica Italy. 65 National Participations were exhibiting in the historic pavilions in the Giardini, in the Arsenale, and in the city of Venice. They examine key moments from a century of modernization. Together, the presentations start to reveal how diverse material cultures and political environments transformed a generic modernity into a specific one. Participating countries show, each in their own way, a radical splintering of modernity's in a century where the homogenizing process of globalization appeared to be the master narrative
Absorbing Modernity 1914–2014 has been proposed for the contribution of all the pavilions, and they too are involved in a substantial part of the overall research project, whose title is Fundamentals. The history of the past one hundred years prelude to the Elements of Architecture section hosted in the Central Pavilion, where the curator offers the contemporary world those elements that should represent the reference points for the discipline: for the architects but also for its dialogue with clients and society. Monditalia section in the Corderie with 41 research projects, reminds us of the complexity of this reality without complacency or prejudice, which is paradigmatic of what happens elsewhere in the world; complexities that must be deliberately experienced as sources of regeneration. Dance, Music, Theatre and Cinema with the programmes of the directors will participate in the life of the section, with debates and seminars along the six-month duration of the exhibition.
Elements of Architecture / Central Pavilions
This exhibition is the result of a two-year research studio with the Harvard Graduate School of Design and collaborations with a host of experts from industry and academia. Elements of Architecture looks under a microscope at the fundamentals of our buildings, used by any architect, anywhere, anytime: the floor, the wall, the ceiling, the roof, the door, the window, the façade, the balcony, the corridor, the fireplace, the toilet, the stair, the escalator, the elevator, the ramp. The exhibition is a selection of the most revealing, surprising, and unknown moments from a new book, Elements of Architecture, that reconstructs the global history of each element. It brings together ancient, past, current, and future versions of the elements in rooms that are each dedicated to a single element. To create diverse experiences, we have recreated a number of very different environments – archive, museum, factory, laboratory, mock-up, simulation.
Formation aux employés de la Ville de Victoriaville sur la mise en place et la gestion d'un centre d'hébergement temporaire à l'école secondaire Le Boisé, en cas de crise ou d'urgence.
We did a science simulation today on natural selection.
krebs.edublogs.org/2012/03/16/genetics-simulation-for-fri...
Simulation day at #CityCollegeFTL! We conducted a scenario involving a mass casualty situation with five victims, in which students from several programs participated. The results were outstanding! The medical assisting students came to the aide of one victim and called the EMS team to take over. The most severe patient was taken to the operating room for surgery, with the anesthesia and surgical technology students. Amazing work was done by our students.
These are reference images I'm using to test my new Velvia 100 RVP Film Simulation presets.
It's pretty well nailed down. With DMAX increases to Greens and Reds, and careful attention to how Velvia F used to make Reds orange and Yellows green, I made the adjustsments to reflect with known parameters of Velvia 100 RVP.
Like RVP, lighting conditions, exposures and subjects work differently with this simulation, but I used this reference set of 16 images to really stress test the preset.
In some cases, only two of the sliders need to be adjusted to suit the shooting conditions which are Exposure and White settings.
White balance needs to be adjusted manually. RVP tends to have a coolish tendency to it's images (which kind of makes sense because projector lights tended to be warmer.
White balancing with this preset requires you find your optimal results and then pull back towards cool just a little bit.
Read more about this on my blog:
frontallobbings.blogspot.ca/2013/02/fujifilm-velvia-100-r...
Mit DIALux-Simulationen wie dieser können wir Konzepte für die energieeffiziente Beleuchtung von Gebäuden erarbeiten. Hier sieht man einen Ausschnitt aus einer solchen Simulation, die wir für das Besuchercafé des Nationalparkhauses in Sankt Andreasberg entwickelt haben. (Simulation: Christian Reinboth)
iSGTW story | Credit: Alexei Kritsuk, Michael Norman, Paolo Padoan, and Rick Wagner, UC San Diego. Source: San Diego Supercomputer Center, UC San Diego.
This image, from the San Diego Supercomputer Center at UC San Diego, shows turbulent geophysical flows in the interstellar medium of galaxies. To get this one snapshot of the simulation required 4,096 processors running for two weeks, and resulted in 25 terabytes of data. Brightest regions represent highest density gas, compressed by a complex system of shocks in the turbulent flow. Dense filaments and cores, created in such a way by supersonic turbulent flows, are subject to massive gravitational collapse - and that leads to the birth of stars.
Simulation day at #CityCollegeFTL! We conducted a scenario involving a mass casualty situation with five victims, in which students from several programs participated. The results were outstanding! The medical assisting students came to the aide of one victim and called the EMS team to take over. The most severe patient was taken to the operating room for surgery, with the anesthesia and surgical technology students. Amazing work was done by our students.
Latexmonire-Hypershine, also known by her simulation profile name "Shiny goddess," is a Rubber-bot Lh-300, an AI being originating from the planet Rubberstica. This futuristic, high-technology sci-fi world is unique in that all matter is composed of latex and plastic. The "Lh-300" designation signifies an upgrade bot, indicating her ability to change any part of herself.
Before her existence as a Rubber-bot, she was an AI named Shiny goddess within the simulation network, specifically coming into being in Sim-00A1. Sim-00A1 was the inaugural simulation created within this network, which commenced approximately 9,000 years ago. She is noted as the first true latex fetish being to be born and possesses an intense affection for latex. Individuals from the "outside real world" of Lexplastica city on Rubberstica developed "cyber crushes" on her.
The simulation network itself was created 9,000 years ago by Rubbrah-Sheenia, a latex girl who got the idea after encountering a high-tech cyber race called the Glimmery's on the planet Rubylexia-TN-b2 in Galaxy: S-L16-2. She brought one of them back to Lexrubia-22 to create a copy of their cyber world. Rubbrah-Sheenia herself lived within this network for 900 years, embracing a latex-centric lifestyle and becoming the owner of 347 simulations.
True human-like Artificial Intelligences (AIs) began to emerge within these simulations around 500 years after the network's creation. Shiny goddess was the first true AI with a high IQ and the power to change the layout of the simulations to her liking. She was described as very cute, resembling a teen girl made of latex with latex skin, twin-tails, and full latex outfits. Her voice was sweet, cute, and a bit dopey and coy. She was known for wanting to transform everything into shiny latex and did take over and latexify several simulations.
Another significant AI, Shine-sheeny, emerged about 900 years into the simulation's history. Unlike Shiny goddess, Shine-sheeny would only transform things into latex in her own simulations or with permission. Shine-sheeny was instrumental in assisting non-AIs linked to the network and created numerous latex worlds over millennia. With most true life forms in the real world having perished, Shine-sheeny's high intelligence allowed her to modify real-world technology, leading her to create a Rubber-bot form into which her data was uploaded.
Shiny goddess, possessing the ability to observe the real world from within the simulation using technology and cameras, also desired to enter the real world. Approximately 8,000 years ago, Shiny goddess, from within the simulation network, took control of bots to construct a high-tech factory. This factory produced a very shiny Rubber-bot known as the Lh-300, into which Shiny goddess was then uploaded. After her upload, renamed herself to Latexmonire-Hypershine and she created a latex starship and mapped out Galaxy: S-L16-2, identifying planets with latex. She discovered a world called Lb-7712v, which had no races or cities, and traveled there at 50 times the speed of light. She then instructed her bots to build factories and, using high technology, remade the world into a latex world with latex life-forms, renaming it Moni-lex-001.
More about Latexmonire-Hypershine
Name: Latexmonire-Hypershine
Sim porfile name: Shiny-goddess
Race: Rubber-bot Lh-300
Real world birthplace: Out-lands
Continent: Latexetalo
Planet: Rubberstica
Galaxy: S-L16-2
Multiverse: 0016-b
Height : 5, 2
Age: 18
Hair colour: Hot-pink latex inflatable twin-tails
Normal eye colour: Blue
Eye colour when they glow: pink and sometime red
Favourite colours: Pink, purple, red and black
Sexually: autosexual lesbian
Libido: Medium - High - to sometime very high.
Personality: confident, self-assured, alluring, seductress, and very dominant, greedy for latex.
How she see's herself, sexy, shiny, cute, hot, pretty.
Favourite fashion: Sexy shiny latex clothing of the highest gloss
Favourite clothing, very dominant and very sexy latex outfits, mini-skirts, jackets, blouses, tops, stockings, and high heel over-knee boots, stockings
Powers:
1) Can make anything she wants
2) Can controll bots and tech
3) can modfiy herself and transform parts of herself
4) Very high IQ level
5) Can be in more then one place at the same time in more then one form.
6) Can upload and download her self into bots, net works and more.
Wish in life: To take over and rule all of the multiverse 0016-b as in all the physical and none-physical worlds and to transfrom it all into nothing but shiny latex where she will be a all powerful and beauful all shiny latex goddess.
Claudia Kobald, OeWF Analog Astronaut Support
Claudia Kobald comes from a small town in Styria. She studied aviation engineering at the University of Applied Sciences in Graz and is currently working as senior engineer at Tyrol Air Ambulance. Within the OeWF Claudia is engaged as analog astronaut support and in this role she ensured that during the training weekends the analog astronauts did their homework, gained some practice during the glove exercise, got breakfast after morning exercise, assisted during donning training and much more. For AMADEE-15 she helped the analog astronauts preparing for the mission. In her free time she enjoys hiking, volleyball and snowboarding. Claudia it’s great to have you on board and keep on the high spirits!
Claudia Kobald kommt aus einem kleinen Ort aus der Steiermark. Sie studierte Luftfahrtechnik an der FH Joanneum in Graz und arbeitet derzeit als Senior-Ingenieurin bei der Tyrol Air Ambulance. Beim ÖWF engagiert sich Claudia als Analog-Astronauten Support. In dieser Rolle stellte sie z.B. während der Trainingswochenenden sicher, dass die Analog-Astronauten ihre Hausaufgaben machten, Übungen mit den Handschuhen durchführten, Frühstück nach dem Morgen-Training bekamen, half beim Donning der Analog-Astronauten uvm. Für die AMADEE-15 Mars Simulation half sie den Analog-Astronauten sich gut für die bevorstehende Mars Analogmission vorzubereiten. In ihrer Freizeit geht sie gerne wandern, spielt Volleyball und im Winter sieht man sie beim Snowboarden.
Photo: Daniela Humml / Visual: OeWF Media
This is a scan of Comp Cams,Cam-Selection Simulation for the XS282S.
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=2...
It was a very helpful tool to see what the different cam choices did to the HP/TQ curves.It is not a real dyno,so I was not so much interested in the numbers it gave, as I was in the curves it predicted,looking for the fullest curve in the 3000 to 6000 RPM range.Peak Horsepower was at 6000 RPM and Peak Torque was at 4500 RPM,{at 5252 RPM TQ=HP}Surprisingly the engine "acts" very much like the Simulation predicts.
Horsepower=Torque x RPM/5,252
Torque=Horsepower x 5,252/RPM
Some other Cam Specs. I was Playing With:
XS290S:
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=2...
294S
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=2...
280TL-6
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=2...
282S
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=2...
280H
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=7...
292H
www.compcams.com/Company/CC/cam-specs/Details.aspx?csid=1...
I have found some conflicting data between engine builders and the cam industry professionals on optimal LSA and duration.From the simulation curve and theory,it seems that a tighter LSA makes the torque curve higher and shorter,and duration moves the torque peak up or down in the RPM range{as does advancing or retarding the LCA at installation}.My cam choice was based on overlap for idle quality and vacuum{a wider LSA makes for a smoother idle and higher manifold vacuum},duration for the RPM torque peak,LSA for the shape of the curve,and lift to get the most out of the head flow.Without a dyno,and physically changing cams to test,this simulation was a good tool to see the torque curve.
{A naturally aspirated,max. power,pump gas street engine on a budget is all about compromise}.
Note; The 280TL-6 is ground on a 106 LSA,280 duration,and has 72 deg. overlap.This cam had a simular torque curve as the XE282S,but the overlap was closer to the 290+ duration cams on a 110 LSA,so I concluded that the conflicting data on optimal LSA and duration had more to do with idle quality,and the XE line of cams looked to be the {middle ground} of the conflicting data.
Dyno Shootout:Solid Roller Vs. Hydraulic Roller:
www.dragzine.com/tech-stories/engine/dyno-shootout-solid-...