(12)The volume of one cylinder, V1, can be expressed in terms of engine parameters as follows, V1 = (πB 2 / 4) S [r / (r − 1)] (13)where B = the cylinder bore (diameter), m, and S = the piston stroke, m.The displacement volume of one cylinder can be expressed as Vd , c = V1 − V2 = V1 (r − 1) / r (14) Page 5.240.5The displacement volume of the engine is Vd = N c Vd , c . (15)The engine torque is2
, D., Natishan, M., Schmidt, L., Goswami, I., Brown, S., Lathan, C., Mouring, S., "Faculty and Student Views on Engineering Student Team Effectiveness," Journal of Women and Minorities in Science and Engineering, vol. 5, no. 4, 1999, p. 351.8. Natishan, M., Schmidt, L., Mead, P.F., “Student Focus Group Results on Student Team Performance Issues,” ASEE Journal of Engineering Education, accepted November 1999.9. Peterson, George (1998, June). ABET Engineering Criteria 2000, Keynote address, 1998 WEPAN National Conference, Seattle, WA.10. Rosser, S. V., Re-Engineering Female Friendly Science, Teachers College Press, Teachers College, Columbia University, New York, (1997), pp50-52.11. Schmidt, L., Mead, P.F., Natishan, M
-emf constant Page 5.350.5 Motor Voltage 3.6 Acceleration .5 Kt 1 Op Amp I 1/R Kt s Total Torque 1 / Inertia velocity
fordetergents and a soda machine that accepts bottle returns.After the focused lecture discussions, industry interaction provides an opportunity for students todiscuss and observe industrial ecology applications. Students have taken class tours of localMettler-Toledo and Lucent Technologies plants and discussed industrial ecology applications withEH&S engineers and managers. Telemeetings with non-local engineers and managers at Motorola,MCC, Eastman Chemical Company, and Delco provide dialogue of industrial ecologyapplications. In addition, a panel of local engineers and managers from General Electric,Advantage Enterprise, Inc., and Recyclights has facilitated a discussion of the life cycle offluorescent lamps
the vectors and how they found the force vectors) • correctly find forces using right triangles • accurately explain a reasonable defense for how they selected the most cost- effective beam(s)It is important to note that Mr. Petersen has maintained the integrity of his school district’scurriculum, which he is responsible to teach. Vectors are a standard benchmark of Geometrystudied from an Algebraic Perspective. Right triangles are a standard benchmark ofTrigonometry. These two content strands are also clearly outlined by the National Council ofTeachers of Mathematics as important topics to be learned by any high school student12.However, Mr. Petersen successfully planned an innovative approach that
Session 1602 Acoustic Shaping in Microgravity: 3 years of flight tests S. Wanis, N.M.Komerath, E. Armanios Georgia Institute of Technology, AtlantaAbstractThis paper summarizes 3 years of participation in the NASA Reduced-Gravity FlightOpportunities program. The Acoustic Shaping project was started by a team of AE sophomoresin 1996. Results from the project have demonstrated the feasibility of forming complex anduseful shapes in microgravity from pulverized material using sound waves, and correlated theshapes to mathematical predictions. In this paper, the genesis and evolution of the program
Statistical Analysis for Managerial Decision Making M I S 531 Management Information Systems CSE 428 Applied Programming Languages Engineering core courses CSE 431 Introduction to Computer Architecture CSE 497 Introduction to Software Engineering Management core electives B A 517 Communication Skills for Management B A 555 Business Environment Core Electives MGMT 558 Seminar in Organizational Decision Making (9 credits; select three courses, M I S 538
of500,000 samples/sec, with a 12-bit A/D system on an ISA card. This card is used to operatespectrometers with desktop PC computers. The portable system utilizes the PC1000, which isfunctionally equivalent to the ADC500 and uses similar drivers. Other A/D products andsoftware can be used to control spectrometers. For example, LabVIEW drivers as well asLabVIEW applications from National Instruments can be used in the portable system. For thedesktop PC running under Windows NT/98/95 following PCI cards can be incorporated in thesystem to interface at higher sampling rates and faster throughput. • PCI-MIO-16E-1 (Analog-to-Digital converter, supports PCI bus with sampling rate of 1.25 MS/s and 16 analog inputs
, we have e jω k D = e jπ =-1, givingH (ω k ) = 1 − a . Between the dip frequencies, that is, at ω k = 2kπ / D , we have peaks with valueH (ω k ) = 1 + a , because e jω k D = 1. In units of Hz, these peak frequencies are: f fk = k s = kf1 , k=0,1,…D-1 (3) Dwhere f s is the sampling frequency. The magnitude response of the FIR comb filter with D=10 anda=0.2 is shown in Figure 2. The noise reduction ratio (NRR) of this filter is NRR = (1 − a ) / 2 = 0.4 ,which corresponds to a 10 log10 (1 / NRR ) = 4 dB improvement of the signal-to-noise ratio (SNR). A widely
modulation rates up to 27 Mbit/s have been demonstrated on monolithicallyintegrated GaAs/AlGaAs LEDs and Si MOSFETs. Further, it may be recalled that CRAY-4supercomputer is based primarily on the GaAs-based high-speed circuits. In this paper, anundergraduate research site on GaAs-based high-speed circuits set up at the Michigan Tech-nological University is described and the research projects carried out by the women under-graduate students are summarized.II. Undergraduate Research SitesDuring summers of 1997, 1998 and 1999, funded by a 3-year grant from the National ScienceFoundation, undergraduate research sites were established at the department of ElectricalEngineering at Michigan Technological University (MTU) in the area of GaAs based veryhigh
AC 2000-93: Construction Safety Education Satisfying Industry NeedsGouranga Banik, Page 5.168.1© American Society for Engineering Education, 2000 "Session 1421" CONSTRUCTION SAFETY EDUCATION SATISFYING INDUSTRY NEEDS Gouranga C. Banik, Ph.D., P.E. Assistant Professor Construction Department Southern Polytechnic State University 1100 S. Marietta Pkwy
laboratoryinstructor (M. Al-Dahhan) and the laboratory technical assistant (S. Picker) in following stages:Stage 1 (Summer, 1999): A freshman undergraduate student (C. Weigand) was appointed toachieve the following tasks.1. Evaluate and understand the Badino and Hokka (1999)3 experiment.2. Propose a modified design, if necessary, for the experimental set-up that can be utilized as multifunctional modular biochemical experiment.3. Identify the required components and equipment. Properly size and order them.4. Construct the set-up.5. Perform preliminary testing and troubleshooting of the developed experimental set-up.These tasks have been performed successfully and efficiently during the summer of. Thestudent obtained valuable design and research
would have further sub-areas) under high-tech ventures and product design under technology operations. By developing alogic tree of the theory of MOT with “key concepts”, it will be possible to map a problem structure(case fact situation) to a theory structure. Case analysis using various MOT concepts, models,procedures, and/or tools will permit developing key ideas for case solution(s). Page 5.252.2A “prototype” website has been developed using Lotus Notes software. Cases (and instructor notes)would be submitted via the internet to this location for review and consideration for “publication” inthe “MOT OnLine Case Journal
different numerical answer. Figure 2 is a facsimile ofone of the computational question used in our course. Close Given that the breakdown voltage is 8 V and the minimum Zener current to maintain reverse breakdown is 4 mA, find the minimum the source voltage, V S, that will maintain 8 V across the load if R S = 0.11 k Ω and R L = 1.9 k Ω . IS RS IL + IZ RL VS VL _ Answer: Units: Grade Figure 2To answer this question the student had to do a calculation and then enter a
ILBs are centered on a body of work that is common to allthe FIGed courses, it allows faculty members to pursue the learning goals of integrationand critical thinking together. Students experience a learning situation that is notfragmented by discipline or course; their learning about the common work will employmultiple perspectives of the courses. It creates among the faculty, a community ofcommon learners, or students. When designing/establishing the activities to support the Page 5.316.3ILBs an essential component should not be overlooked: a main project [1]. Teams ofstudents will have to work on a project(s) and the projects should be structured
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Session 3549 Integration of Satcom and GPS into a Technology Curriculum Robert Gray, Robert S. Weissbach Penn State Erie, The Behrend CollegeAbstractSatellite communication systems (Satcom) represent the state-of-the-art in advancedcommunication of digital voice and data. For mobile users, the system requires a high-technology antenna capable of locking on and tracking a geostationary satellite orbiting theearth, as well as a device capable of both transmitting and receiving modulated informationto and from the satellite.Penn State Erie, the Behrend College is working on integrating into their
, ” Proc. of the Annual Conference of the IEEE Industrial Electronics Society (IECON'99), San Jose, CA, November 29-December 3, 1999, vol. 2, pp. 827-830.2. Goertz, R., and Thompson, R., “Electronically controlled manipulator,” Nucleonics, 1954.3. Ferrell, W.R., Sheridan, T.B., “Supervisory Control of Remote Manipulation,” IEEE Spectrum, vol. 4, 1967, pp. 81-88.4. Bejczy, A.K., “Sensors, Controls and Man-Machine Interface for Advanced Teleoperation,” Science, vol. 208, 1980, pp. 1327-1335.5. Ballard, R.D., “A Last Long look at Titanic,” National Geographic, vol. 170, December 1986.6. Stark, L., Kim, W., Tendick, F., Ellis, S., Hannaford, B., et al., “Telerobotics: Display, Control, and Communication Problems,” IEEE Journal Robotics
Page 5.727.9introverts, therefore, is not to assume, just from ordinary contact, that they have revealed what Session 3280really matters to them" (p. 14). To be effective for the introvert, the teaching and learningstrategies should facilitate in-depth introspective opportunities for the students. The introvertwill typically ignore a change in environment and will want to contemplate before taking action.Obviously, to satisfy both preferences the instructor should use a variety of instructional stylesand modes of delivery.2. SENSORS/FEELERS - This pair refers to how we prefer to perceive or take in information.SENSORS (S) - practical detail-oriented, focus on
realand virtual sheet forming in the metal forming area may benefit the training of future engineers inthis area. Although the goals and objectives presented here address the product and process designissues related to sheet metal forming, these objectives would be extended to metal forming area ingeneral.Bibliography1. Valenti M., “Teaching tomorrow’s engineers,” ASME Mechanical Engineering Magazine, V118/No.7, July 1996, pp 64.2. Deitz D., “Re-engineering virtual prototypes,” ASME Mechanical Engineering Magazine, V119/No.9, September 1997, pp 76.3. Ghee S., “The virtues of virtual products,” ASME Mechanical Engineering Magazine, V120/No.6, June 1998, pp 60.4. Persun T., “Design analysis power on the PC,” Integrated Manufacturing
Session 3232 Mastery Learning with the MATLAB Webserver Roger A. Green North Dakota State UniversityAbstractMastery learning, as introduced in the 1960’s and 1970’s, includes three distinguishing features:(1) the use of proctors, which allows tutoring, repeated testing, and immediate feedback; (2) theunit-perfection requirement, which requires students to document subject mastery beforeadvancing to new material; and (3) the self-paced feature1. Significant resource demands,particularly for proctors, has discouraged the widespread use of traditional mastery
4.18 Training 4.2 Quality System 4.5 D ocum ent C ontrol SHOP FLO OR 4.9 Process C ontrol 4.6 Product Identification & 4.10 Inspection & Testing Traceability 4.14 C orrective Action 4.7 Purchaser S upplied Product 4.12 Inspection & Test Status 4.16 Quality R ecords 4.13 C ontrol of N on-C onform ing Products 4.17 Internal Quality
characteristics.The metal flat plates have wide range of emissivities. Both plane and cylindrical radiators, eachwith near black-body characteristics, are also provided. The unit is equipped with thermocoupleprobes for surface temperature measurement, a photoelectric cell, and a multijunction thermaldetector/radiometer.The tube-in-tube heat exchanger apparatus consists of concentric copper tubes ½” and 1” indiameter. The heat exchanger can be configured, by opening and closing valves, to run in eithera parallel flow or counter-flow heat exchanger configuration. In addition, the outer tubes can beused to examine cross-flow free-convection from a heated cylinder. Water flow velocities of upto 4 ft/s can be run in the heat exchanger to allow students to observe
5.693.1conguration is unique. In this paper, we present preliminary results of our endeavor to minimize (1.1) when n = 4. A solutionto (1.1) is a sequence w = (w1 ; :::; w72 ) of 72 digits consisting of 61's. That is, wi = 61 for eachi = 1; :::72. The diculty in minimizing (1.1) is that the set of solutions is a large set consisting of 272dierent solutions. We have employed the search techniques of simulated annealing algorithms and genetic algorithms toobtain near-optimal solutions to (1.1) when n = 4. First, we implemented the simulated annealing to ndnear-optimal solutions. With a set of near-optimal solutions, we
aclassical oral presentation.References1. Bakos, J. D., "A Departmental Policy for Developing Communication Skills of Undergraduate Engineers," Journal of Engineering Education, vol. 75, p. 101 (November 1986).2. Elbow, P., "Teaching Thinking by Teaching Writing," Phi Delta Kappan, p. 37, (1983).3. Newell, J. A., D. K. Ludlow, and S. P. K. Sternberg, "Progressive Development of Oral and Written Communication Skills across an Integrated Laboratory Sequence," Chemical Engineering Education, vol. 31(2), p. 116 (1997).4. Kranzber, M. "Educating the Whole Engineer," ASEE PRISM, p. 28 (Nov. 1993).5. Engineering Accreditation Commission, Engineering Criteria 2000, Accreditation
it out,” and “I don’t think I’m asking this question very well,”signaled to students that mistakes were okay, and helped to contribute to students’ reports thatthey were comfortable asking and answering questions in class. Instructor responses to studentswho asked or answered questions were almost always supportive. If a student didn’t give thecorrect answer, the instructor would usually ask a series of questions that would lead him or herto the correct answer, or at least would allow the students to find the mistake s/he had made inthe original answer.The instructor was also extremely careful to use plural pronouns, rather than singular ones, thatis, to make statements such as “we are going to solve this problem,” rather than “I’m going
. Students have been enthusiastic about this hands-on, experiential approach forlearning about the engineering profession.Bibliography1. Canfield, D. T. 1960. What makes the disk go around. Duncan Electric Company, Lafayette, IN.2. Greenfeder, J. J. (ed.) 1981. Handbook for electricity metering. Eighth ed. Edison Electric Institute, Washington, D. C.3. Mickelson, S. K., R. D. Jenison, and N. Swanson. 1995. Teaching engineering design through product dissection. 1995 ASEE Annual Conference Proceedings, Anaheim, CA, vol. 1, pp. 399-403.4. NSF Synthesis Coalition. Strategic Plan of the Synthesis Coalition. Version 5.0, April 1, 1993.5. Regan, M. and S. Sheppard. 1996. Interactive multimedia courseware and the hands-on learning experience: An
provided by nature as well1.Recognizing the need to associate nature with human value, others have developed courseworkthat links the science of ecology with engineering through the liberal arts2. Moreover, we havelearned through decades of scientific research that the most serious threats from society are notpoint source discharges but rather the more complex non-point sources.At the USDA CSREES Southern Region Research Project S-273 annual meeting held inKnoxville, Tennessee in October 19993, the consent was that the current geographic informationsystem (GIS) approach to watershed modeling lacked the necessary biological and ecologicalinput necessary to appropriately model watershed health and integrity. The incorporation ofecological criteria
a topic related to automotive systems. Non-thesis option students are required to take two core sequences. • In addition to the core sequence(s), students fill out the coursework portion of their degree requirements with expertise area courses, some of which should be drawn from the core focus area courses. • All students are required to regularly attend seminars on topics in automotive systems. The requirements on the number of core course/sequences and expertise areas serve to increase thebreadth of skills that the graduate engineers can apply to complex automotive problems. At the sametime, the student gains an understanding of the perspectives, capabilities, and approaches of otherengineering disciplines as well as
). Initialize GPIB instruments Turn on power supplies 1 s delay Iteration = 0 Read VOI from network input Set generator frequency; 250 ms delay select quadrature network Switch HP33401A input Switch phase detector input from VOI to VOQ to output of network; Switch HP34401A input from VOQ to VOI 250 ms delay Read VOQ from