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Method for the Preparation of Titanium Tetrachloride
Sponsorship: Armour Research Foundation of Illinois Institute of Technology, United States Patent
Treehouse (Spring 2001) IPRO 328
This is a collaborative project mentored by faculty from the Institute of Design and the College of Architecture. The team will investigate the emerging fusion of environments, information, and technology. Specifically, we will research how environments can be used to tell stories, and then apply our insights to envision new spaces that dramatically improve how people understand and use information. The first eight weeks of the class will be spent experiencing and learning about the best practices for using environments to tell stories. Each week will include a guest lecture from an expert in the topic and a related visit or assignment. Students will then unpack these experiences in order to understand the structures and strategies of each experience. By the end of our field trips, the class should have a deep understanding of the elements required to tell a good story with space, and knowledge of the state of the art in this arena. The second part of the class will involve applying our knowledge to envision an environment that integrates architecture and information to solve the needs of a particular user group or set of activities. Student teams will define the problem they wish to solve; however, we have the opportunity to use some databases being created at ID as content for the room. We do not intend to spend much time in the classroom for this IPRO. Much of our time will be spent in the field. Also, we will provide cursory instruction on methods that apply to each phase of our work together. These include interview techniques, field observation, cross-functional teamwork, prototyping, and innovation planning., Sponsorship: Don Hollis, Project Plan for IPRO 328: Treehouse for the Spring 2001 semester
Integration Of Process Improvements (Spring 2011) IPRO 304
Integration Of Process Improvements (Spring 2011) IPRO 304
A. Finkl & Sons Co. was founded in 1879. Finkl is the world's leading supplier of forging die steels, plastic mold steels, die casting tool steels and custom open‐die forgings, processing 100,000 tons of steel each year. Since the 1800s, Finkl has maintained a commitment to manufacture 100 percent of its products in Chicago. These products are distributed domestically and to more than 18 countries worldwide. They sell their products to other manufacturers including plastic processors, die casting companies and closed‐die forging plants. With more than 100 patents to its credit, Finkl's steel formulations and steel-making technologies set worldwide standards. Finkl's facilities are on the leading edge of technology, using the most automated processes in the world. In recognition of Finkl's product quality, Finkl was the first integrated steel manufacturer in America to receive ISO 9000 certification, Sponsorship: A. Finkl & Sons, Deliverables
Developing Affordable Products for the rural Poor of the World (semester 1 of ?), IPRO 325
Developing Affordable Products for the rural Poor of the World (semester 1 of ?), IPRO 325
IPRO 325’s objective is to create a program at IIT which looks to make an impact in the most immediate problems dealing with the world’s rural poor. We seek to do this by becoming familiar with the current trends and events throughout the world which address these poverty issues. We will also examine the Agencies and Universities which are working towards annihilating the world’s grossly impoverished areas., Deliverables for IPRO 325: Developing Affordable Products for the rural Poor of the World for the Fall 2006 semester
Apparatus and Method for In Situ Controlled Heat Processing of Hydrocarbonaceous Formations with a Controlled Parameter Line
A system and method provide for preferential in situ heating of earth formations. A plurality of elongated conductive electrodes are emplaced in earth formations in respective spaced rows bounding a particular volume of the earth formations and forming a transmission line, preferably a triplate line, extending in the direction of the electrodes with the particular volume of the earth formations providing a dielectric medium between respective rows of electrodes. Electromagnetic energy is supplied to the transmission line at a frequency at which the spacing between respective rows is less than about twice the skin depth at the frequency of the applied energy. Reactance means are disposed along respective electrodes to provide predetermined effective transmission line characteristics to develop a predetermined heating pattern in the earth formations. The reactance means may be reactances disposed discretely between sections of respective electrodes. The reactance means may also be disposed between respective electrodes and the earth formation, as by a dielectric coating. A heating pattern may be developed to heat hydrocarbon rich deposits preferentially., Sponsorship: IIT Research Institute, United States Patent
Gerry-meandering: An Assessment of the Congressional District Model of Depository Allocation (preprint)
Gerry-meandering: An Assessment of the Congressional District Model of Depository Allocation (preprint)
The preprint of a published article dealing with the effect of allocating Federal Depositories by Congressional district. Conclusions drawn include the fact that due to redistricting that occurs after each decennial census, over time some districts may have within their boundaries a greater number than the two depositories that Congressional district allocation was intended to produce. Likewise, over time shifting boundaries of districts have created districts that have no depositories whatsoever.
infoMOTO - Information Tools to Enhance the Performance and Experience of Motorcyclists, Summer 2011, IPRO 308: Final Report
infoMOTO - Information Tools to Enhance the Performance and Experience of Motorcyclists, Summer 2011, IPRO 308: Final Report
infoMoto is a user-friendly and affordable aftermarket device which provides accessible feedback to the rider and mechanic as to the safety and performance of the motorcycle, which enhances the overall riding experience. Unlike existing standard equipment which provides minimal information, infoMoto notifies the user of impending malfunctions in addition to providing diagnostic information. This device may also help the designers of future models of motorcycles to head off any impeding problems, increasing the quality of their product., IPRO 308: infoMOTO for Summer 2011
Designing Affordable Housing out of Shipping Containers for Ciudad Juarez, Mexico (Semester Unknown) IPRO 339
Designing Affordable Housing out of Shipping Containers for Ciudad Juarez, Mexico (Semester Unknown) IPRO 339
Currently there are several countries throughout the world that have a large need for affordable housing. Our IPRO is currently dealing with solutions for Juarez, Mexico and Chicago, Illinois. These two places are very different in climate, culture, as well as economy. Our IPRO team this semester will focus on applying the prototype from last two semesters to Juarez, Mexico, while making adjustments as needed. We will continue the research into systems which will be advantageous to each situation and develop them accordingly. Once we get a better understanding as to how we can apply our prototype to Juarez situation we, Deliverables
Alternative Metropolitan Power Strategy (Semester Unknown) IPRO302
Alternative Metropolitan Power Strategy (Semester Unknown) IPRO302
Alternative Metropolitan Power Strategy 2.0, Sponsorship: Sargent & Lundy, Deliverables
Understanding Construction Workers’ Risk Decisions Using Cognitive Continuum Theory
The goal of the research presented in this article was to construct a theory about the influence of decision cues on intuitive and deliberative decision-making in high-hazard construction environments. Drawing from Cognitive Continuum Theory, the article specifies a framework for understanding why and how construction workers make decisions that lead to taking or avoiding physical risks when they encounter daily hazards. A secondary aim of the research was to construct a set of hypotheses about how specific decision cues influence whether a worker is more likely to engage their intuitive impulses or to use careful deliberation when responding to a hazard. These hypotheses are described in this article, and the efficacy of the hypotheses was evaluated using cross-tabulations and nonparametric measures of association. While most of the associations between decision cues and decision mode (i.e., intuition or deliberation) identified in this data set were generally modest, none of the associations were statistically zero, thus indicating that further research is warranted based on theoretical grounds. A rigorous program of theory testing is the next logical step to the research, and the article thus concludes with numerous suggestions for extending the research and testing the proposed hypotheses.
Hybrid Electric Conversion Kit for Rear-wheel Drive, All Wheel Drive, and Four Wheel Drive Vehicles
This invention relates to a parallel hybrid electric conversion kit for a vehicle with an internal combustion engine, a driveshaft and a transmission, such as, rear wheel drive vehicles, four-wheel drive vehicles, heavy duty multiple-driven-axle vehicles and/or all-wheel drive vehicles. The conversion kit includes a motor-generator, a torque coupler, a battery, a power electronics module and a controller. Suitable torque couplers include transfer cases and/or rear-through differentials. The conversion kit provides an aftermarket solution to increased performance, fuel economy and/or reduced emissions by modifying the drivetrain after the transmission. According to one embodiment of this invention, the control scheme of the installed conversion kit receives input signals from the engine and the motor-generator, but only sends control signals to the motor-generator, facilitating installation of the conversion kit., Sponsorship: Illinois Institute of Technology, United States Patent
Magnetic Transuducer Head
Sponsorship: Armour Research Foundation of Illinois Institute of Technology, United States Patent
Our Energy Future (Semester Unknown) IPRO 332
Our Energy Future (Semester Unknown) IPRO 332
Very little unbiased information is available to the general public about energy needs, concerns, and sources. The philosophy behind IPRO 332 is that people should be sufficiently educated about their own energy choices to be able think critically about the corresponding consequences. This IPRO team will build on the work underway since Spring 2007 in developing effective methods for educating high school students about energy and sustainability, expanding our outreach to junior high school students. In addition, the team will: (1) Construct a Teaching Kit to extend the reach of the program beyond the Chicago metropolitan area to provide educators with the materials they will need to present the modules on their own and tailor it to their classrooms; (2) Complete the full-scale launch of the organization’s website, www.howmanyearths.com, to enrich the learning experience, provide a professional contact interface and build a community of engaged teachers and students; (3) Execute a formal marketing plan to build awareness of our efforts, establish our brand image, promote our work, and greatly increase visibility; and (4) Pursue grants and funding with the goal of establishing a viable, long-term, not-for-profit organization., Deliverables
Machine Vibration Monitoring and Control Solutions for A. Finkl & sons (semester?), IPRO 331
Machine Vibration Monitoring and Control Solutions for A. Finkl & sons (semester?), IPRO 331
The purpose of this IPRO is to develop a system to automatically detect a problem with a mill at A. Finkl & Sons Co. The system with either turn the mill off or warn the operator when a tooth breaks, or some other irregularity occurs. This system will involve measuring vibration, sound, power, or some combination of these variables. This will replace the current setup, which involves an operator staying in close proximity to the mill to turn it off when a tooth breaks or any other irregularity occurs, Sponsorship: A. Finkl & Sons, Deliverables for IPRO 331: Machine Vibration Monitoring and Control Solutions for A. Finkl & sons for the Spring 2006 semester
Design of a Large Scale Structure (sequence 315), IPRO 315 - Deliverables
Design of a Large Scale Structure (sequence 315), IPRO 315 - Deliverables
Located in Oakbrook, IL the architects and engineers of IPRO 315 will design a 22 story hotel. Together architects and engineers will modify and re analyze a structure created by pervious designers, and select any new materials for construction. In creating the hotel students will be responsible for the structural analysis of columns, beams, foundation, steel, and concrete design required to insure all serviceability requirements. The students will be required to follow the 2006 International Building Code, and secure the safety of all possible occupants. Management, leadership, ethics, and teamwork will be an integral part of building a large scale structure as students learn to work together on a “real life” project., Deliverables for IPRO 315: Design of a Large Scale Structure for the fall 2009 semester
Method and Apparatus for Detecting and Sizing Microscopic Particles
Improved accuracy of size measurement and size distribution of particles in a fluid have been obtained in an electrical zone sensing apparatus by a flow control director means which directs the fluid in a more streamlined, less turbulent flow through an aperture at which the particles are electrically sensed. Also, the particles were directed and guided to flow substantially parallel to longitudinal axis for the aperture. The preferred flow control detector means comprises a contoured orifice having a smooth tapered inlet wall blended at an intersection with a central cylindrical wall defining a tubular shaped aperture., Sponsorship: IIT Research Institute, United States Patent
DESIGN OF RESILIENT CONTROLLABLE CHEMICAL PROCESSES - AN AUTOTHERMAL REACTOR CASE-STUDY
A technique for the analysis of state-space linear systems is applied to the problem of selection of resilient chemical process designs. Structural Dominance Analysis affords the evaluation of many process design and control configurations and assessment of the effects of potential manipulated variables and disturbances. After a brief presentation of the analysis method, a complex multibed tubular autothermal reactor system is examined. Resilient process configurations, ease of control, and effects of various inputs on reactor state variables and outputs are considered, and effective control configurations are selected., Endnote format citation
Searching for W' bosons at LHC with single top production
One of the strengths of the LHC is its capacity for the discovery of new physics. As a consequence of many BSM theories, W′ bosons make an ideal particle to search for to constrain many models. One mode in particular has relatively low background: Single top quark production mediated by a W′ boson. For W′ masses less than 1500 GeV, all the decay products of the top quark are visible, and the strongest channel is the top’s decay into an electron or muon, with the associated neutrino and a bottom jet. As the W′ mass increases, the decay products from the highly boosted top and bottom quarks from the W′ appear as fat jets; boosted top tagging algorithms abound, and we propose a boosted bottom tag to set an exclusion limit of 2750 GeV for standard model-like couplings with existing 8 TeV data., Sponsorship: IIT College of Science, High Energy Physics Division of Argonne National Laboratory
Improving Food Packaging Processes Using Process Mapping Techniques (Semester Unknown) IPRO 345
Improving Food Packaging Processes Using Process Mapping Techniques (Semester Unknown) IPRO 345
The purpose of this IPRO is to better understand the interdependent relationship of the Formulation process and its impact upon through time, productivity, and quality. We seek to implement improvements to Land O’ Frost in order to optimize their Formulation., Deliverables
Conversion of Municipal Waste to Useful Oils
The present invention is directed to a method for converting municipal waste containing plastics to a high quality synthetic crude oil which can be separated by fractionation into gasoline, diesel fuel and gas oils suitable as a feedstock to a catalytic cracker. The presence of cellulosic and proteinaceous waste materials in the municipal waste does not inhibit the process of the invention for converting the municipal waste into a synthetic crude oil. The process generally includes the steps of heating the municipal waste in a reaction gas, of a mixture of hydrogen sulfide and hydrogen or hydrogen at moderate temperatures and pressures., Sponsorship: IIT Research Institute, United States Patent

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