'Beam model' diaporamas de présentation

EEE529 MICROSYSTEM SUSPENDED MICROCHANNEL RESONATOR

EEE529 MICROSYSTEM SUSPENDED MICROCHANNEL RESONATOR. Presentation by Bello Hamza Abdullahi. Table of contents. Introduction. Suspended microchannel Resonator(SMR). Beam Model. SMR With Integrated Piezoresistive Readout. Fabrication Of SMR. Performance Factors. Advantages.

611 views • 40 slides

C, C++

C, C++. Two of most commonly used languages in numerical computing portability optimizability freely available compilers low-level enough for near-metal design high-level enough for abstract reasoning. First C program. #i n c l u d e <s t d i o .h > // get standard I/O facilities

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Joint-Leg-Beam Viz

Joint-Leg-Beam Viz. Andrew Larson Mathematics. Context. Trusses Bridges Cranes Houses. Context. Rigidizable Structures http://exploration.nasa.gov/programs/station/RIGEX.html What are they? Space Applications Trusses Antennas Satellites. Context. Ground work Model Joint Leg

332 views • 20 slides

THE DEGRADING EFFECTIVE STIFFNESS OF MASONRY NON SYMMETRIC MODEL

THE DEGRADING EFFECTIVE STIFFNESS OF MASONRY NON SYMMETRIC MODEL. John Nichols Texas A&M University Department of Construction Science. Introduction. Overview of the Problem Experimental Background Mathematical Basis ULARC Coding Example Conclusions. Overview of the Problem.

290 views • 20 slides

Detector Monte-Carlo

Detector Monte-Carlo. Goal: Develop software tools to: Model detector performance Study background issues Calculate event rates Determine feasibility of interesting experiments. Monte Carlo. Main components: Flexible interactive framework

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The Primitive Roots

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Vibrating Beam Inverse Problem

Vibrating Beam Inverse Problem. Team K.E.Y Scott Clark ? Asya Monds ? Hanh Pham SAMSI Undergraduate Workshop 2007. Outline. First Model (spring) Potential Problems How to improve Second Model (beam) Results. The first model: Spring Model.

224 views • 15 slides

PIPE FEA USING ANSYS

PIPE FEA USING ANSYS. FEA and ANSYS. Finite Element Analysis (FEA) A numerical technique used for finding approximate solution of physical problems Only through the use of modern day computers, FEA becomes effective and practical ANSYS

797 views • 14 slides

PIPE FEA USING ANSYS

PIPE FEA USING ANSYS. FEA and ANSYS. Finite Element Analysis (FEA) A numerical technique used for finding approximate solution of physical problems Only through the use of modern day computers, FEA becomes effective and practical ANSYS

458 views • 14 slides

Online Data Analysis and Simulation

Online Data Analysis and Simulation. Sven Reiche UCLA - 09/22/04. Goals. Help operators in commissioning the machine. Essential for semi-automated procedures (e.g. BBA). Confirm (or reject) certain models for beam propagation.

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Our Week at Math Camp Abridged

Our Week at Math Camp Abridged. Group 2 ? = [Erin Groark, Sarah Lynn Joyner, Dario Varela, Sean Wilkoff]. Agenda. Harmonic Oscillator Model Parameter Estimates Standard Errors Confidence Intervals Model Fit Residual Analysis Beam Model Model Fit Analysis Comparison.

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Vibrating Beam Problem

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229 views • 8 slides

What Are MEMS?

System Modeling for ME M S Kelly Frank, Peter J. Gilgunn, Gary K. Fedder (Dept. of Electrical and Computer Engineering). What Are MEMS?

133 views • 1 slides