The document describes how to use ANSYS's Report Generator tool to create an HTML report summarizing the results of an analysis. Key steps include: capturing images, animations, tables and lists from the model results; assembling these into a report with headings and descriptive text; and previewing and saving the completed report.
A pressure vessel is a container designed to hold gases or liquids at a pressure substantially different from the ambient pressure. The presentation involves the various understanding aspects of the design of a pressure vessel.
Aircraft Simulation Model and Flight Control Laws Design Using Scilab and XCosScilab
The increasing demand in the aerospace industry for safety and performance has been requiring even more resourceful flight control laws in all market segments, since the airliners until the newest flying cars. The de facto standard for flight control laws design makes extensive use of tools supporting numerical computing and dynamic systems visual modeling, such that Scilab and XCos can nicely suit this kind of development.
Improving of Assessment Quality of Fatigue Analysis Using: MS, FEMFAT and FEM...Altair
Better correlation of measurement data using Motion Solve and FEFMAT LAB virtual iteration Matching of locally measured data calculating excitations (input) based on MBS process (MotinSolve) to reach local measured data Using this process and the output of MotionSolve for a hybrid MBS- fatigue process
Speakers
Axel Werkhausen, Manager Sales & Support, MAGNA / Engineering Center Steyr GmbH & Co KG
This power point was prepared for the course named as Chemical Engineering Apparatus Design. Target group was 4th year chemical engineering Students for the first semester
Pressure distribution along convergent- divergent NozzleSaif al-din ali
SAIF ALDIN ALI MADIN
سيف الدين علي ماضي
S96aif@gmail.com
This aim of this practical was to investigate compressible flow in a
convergent-divergent nozzle. Different flow patterns that influence
the results of the investigation are also explored. The different
pressure distributions that occur at varying lengths in the nozzle
were also recorded and analyzed
A pressure vessel is a container designed to hold gases or liquids at a pressure substantially different from the ambient pressure. The presentation involves the various understanding aspects of the design of a pressure vessel.
Aircraft Simulation Model and Flight Control Laws Design Using Scilab and XCosScilab
The increasing demand in the aerospace industry for safety and performance has been requiring even more resourceful flight control laws in all market segments, since the airliners until the newest flying cars. The de facto standard for flight control laws design makes extensive use of tools supporting numerical computing and dynamic systems visual modeling, such that Scilab and XCos can nicely suit this kind of development.
Improving of Assessment Quality of Fatigue Analysis Using: MS, FEMFAT and FEM...Altair
Better correlation of measurement data using Motion Solve and FEFMAT LAB virtual iteration Matching of locally measured data calculating excitations (input) based on MBS process (MotinSolve) to reach local measured data Using this process and the output of MotionSolve for a hybrid MBS- fatigue process
Speakers
Axel Werkhausen, Manager Sales & Support, MAGNA / Engineering Center Steyr GmbH & Co KG
This power point was prepared for the course named as Chemical Engineering Apparatus Design. Target group was 4th year chemical engineering Students for the first semester
Pressure distribution along convergent- divergent NozzleSaif al-din ali
SAIF ALDIN ALI MADIN
سيف الدين علي ماضي
S96aif@gmail.com
This aim of this practical was to investigate compressible flow in a
convergent-divergent nozzle. Different flow patterns that influence
the results of the investigation are also explored. The different
pressure distributions that occur at varying lengths in the nozzle
were also recorded and analyzed
Brake Industry and Brake Simulation
This presentation discusses the business benefits to brake system design, thermal modeling, high fidelity CFD brake cooling and brake noise.
Presentation given by Mike Hebbes, ANSYS Regional Technical Manager
April 3, 2012
Este documento recopila los apuntes de la asignatura de "Aplicación de herramientas de análisis avanzadas al diseño mecánico" impartida por Miguel Sánchez.
Este texto proporciona una guía para aprender cómo funciona el lagoritmo en el que se basa el análisis por elementos finitos y, en concreto, contiene información sobre cómo trabajar con el software ANSYS.
Ansys workbench tutorial release 10 kent l. lawrenceRahman Hakim
All of material inside is un-licence, kindly use it for educational only but please do not to commercialize it.
Based on 'ilman nafi'an, hopefully this file beneficially for you.
Thank you.
Sensors are electromechanical devices that use magnetic
field for sensing
Velocity sensors for antilock brakes and stability control
Position sensors for static seat location
Eddy current sensors for flaw detection
InnerSoft CAD is a plug-in for AutoCAD that installs a set of productivity tools for Civil and Survey engineering, Counting, Estimating and measurements in construction project budgets. You can:
Export to an Excel Sheet the values of Area/Length property or coordinates for various AutoCAD entities.
Import from an Excel Sheet the vertex coordinates for a set of 2D polylines or 3D polylines (you can choose between 3 different methods). You can also import a set of points from Excel or a set of Texts with an insertion point for each one.
Extract all block definitions of a drawing in individual AutoCAD files (each block definition in a single file).
Sum the area or length property of a set of objects. Sum accumulated distance of a user defined walk in the drawing.
Draw the longitudinal profile of a set of entities from a user defined axis. Triangulate a set of points or mesh a model surface.
Take measurements on AutoCAD for construction project budgets.
Create, open or save different libraries, which contain a series of AutoCAD drawings (*.dxf or *.dwg) organized by books.
http://innersoft.itspanish.org/en/index.htm
EELE 5331 Digital ASIC DesignLab ManualDr. Yushi Zhou.docxtoltonkendal
EELE 5331: Digital ASIC Design
Lab Manual
Dr. Yushi Zhou
Department of Electrical Engineering
Lakehead University
Thunder Bay, Ontario, Canada
Contents
1 Introduction . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2
2 MOSFET Devices and Layout Tutorial . . . . . . . . . . . . . 4
2.1 Prepare For Schematic . . . . . . . . . . . . . . . . . . 4
2.2 Perform Simulation . . . . . . . . . . . . . . . . . . . . 7
2.3 Layout . . . . . . . . . . . . . . . . . . . . . . . . . . . 11
2.4 Layout Veri�cation . . . . . . . . . . . . . . . . . . . . 17
2.5 Report . . . . . . . . . . . . . . . . . . . . . . . . . . . 25
2.6 How to understand DRC error report . . . . . . . . . . 26
3 CMOS Inverter . . . . . . . . . . . . . . . . . . . . . . . . . . 27
3.1 Design speci�cations . . . . . . . . . . . . . . . . . . . 27
3.2 Lab Procedure . . . . . . . . . . . . . . . . . . . . . . 29
3.3 Report . . . . . . . . . . . . . . . . . . . . . . . . . . . 31
1
EELE5331:Digital ASIC Design [email protected]
1 Introduction
This lab manual is an essential components of EELE5331: Digital ASIC
Design, o�ered by Dr. Yushi Zhou. The lab works consists of schematic
entry, symbol generation, pre-layout simulation, layout, physical and logic
veri�cation, extraction and post-layout simulation for the design. All the
students are required to submit individual lab report before the deadline.
All reports must be typed and professionally prepared. The content that
needs to be included in the report are given at the end of each lab. There
are total three labs, and each part will be released before the lab starts.
• Lab 1: MOSFET devices and layout tutorial
• Lab 2: CMOS Inverter
• Lab 3: CMOS Digital Logic Circuits
It should be noted that the students are not limited to the assigned lab
time, which may not be enough to complete the lab. Students are expected
to work on the lab during their free time if that case is required. You may
use remote log-in to complete the labs.
TSMC CMOS 180 nm technology process design kit (PDK) is a 1-Poly,
6-Metal technology, with a maximum supply voltage of 1.8 V for thin oxide
devices and 3.3 V for thick oxide devices. This process is suitable for design-
ing analog, digital, RF and mixed-signal circuits and systems. In this course,
all the labs are designed based upon CMOS 180 nm process. The computer-
aided design (CAD) tools that are adopted in this course are from Cadence
Design Systems for the purpose of schematic entry, simulation, implemen-
tation and veri�cation. The Cadence custom IC design platform provides
a graphical interface for various stages in the design �ow. An overview of
the design �ow and which tools are involved in each stage is shown in Fig.1.
As you may notice that there are loops, indicating iterative procedures. For
instance, if the physical layout does not pass design rules check or LVS check,
Page 2
EELE5331:Digital ASIC Design [email protected]
the modi�cation of.
ABC Consolidated Financial InfoABC Companys current financial inf.docxransayo
ABC Consolidated Financial InfoABC Company's current financial information (before/without expansion)Dec. 31,20X2Dec. 31,20X1Cash$ 50,000$ 70,000Accounts receivable (net)$ 120,000$ 180,000Merchandise inventory$ 350,000$ 280,000Property plant, & equipment$ 400,000$ 300,000Less: Accumulated depreciation$ (170,000)$ (100,000)Total assets$ 750,000$ 730,000Accounts payable$ 250,000$ 210,000Income taxes payable$ 40,000$ 10,000Common stock$ 240,000$ 240,000Retained earnings$ 220,000$ 270,000Total liabilities & stock, equity$ 750,000$ 730,000The firm's accrual-basis income statement revealed the following data:Sales$ 1,200,000Cost of goods sold$ 800,000selling and administrative expenses$ 250,000Depreciation expense$ 70,000Income taxes$ 30,000Dividends declared and paid during 20X2$ 100,000ABC purchased $100,000 of equipment for cash on August 14, 20X2(There was no interest expense.)
ABC Product informationBased on Chapter 5's exercise 5ABC's Product informationCurrent ProductExpansion Product (estimate)Selling Price$14.50?Units produced and expected to be sold80,0005,000Machine Hours40,0005,000Direct Materials$1.30 per unit$5.60 per unitDirect labor dollars needed per product$2.80 per unit$4.00 per unitVariable Factory Overhead$1.00 per Machine Hour$1.00 per Machine HourVariable Selling Expense$0.20 per unit$0.20 per unitTotal Fixed Costs:Fixed Factory Overhead$ 198,000Fixed Selling expenses$ 191,250
UNIVERSITY OF CALIFORNIA, SANTA CRUZ
BOARD OF STUDIES IN COMPUTER ENGINEERING
CMPE13/L: INTRODUCTION TO PROGRAMMING IN C
Lab 1: Compiling, Running, and Debugging
Introduction
This is the first lab in CMPE13. Here we will demonstrate the basics of compiling and running C
programs in the simulator and on the Uno32 hardware. We will also explore the tools we will
use and some of their features for debugging problems you might encounter.
Reading
• Document on compiler errors
• Document on Unix and Git
• Document on software installation (if you want to run everything on your own computer)
• Document on style guidelines
• Document on MPLAB X
• Document on serial communications
• K&R Preface and Introduction
• K&R Sections 1.0-1.2, 4.5, 4.11
Provided Files
• part1.c: This file contains code that performs a simple sorting algorithm on five randomly
generated numbers. Follow the setup procedures listed below, add the requested
documentation, and format the code to follow the provided style guidelines.
• part2.c: This file contains an empty main() to be filled with the exercises from section 1.2 of
K&R. In addition, you will be asked to modify these exercises to add some additional
functionality. Detailed steps are listed below.
• BOARD.c/h - Contains initialization code for the UNO32 along with standard #defines and
system libraries used. Also includes the standard fixed-width datatypes and error return values.
You will not be modifying these fi.
CATIA DMU Kinematic Simulation - TecnisiaCAD RAVI RAI
CATIA V5 DMU ENABLES DIGITAL PRODUCT SIMULATION, ANALYSIS AND VALIDATION, IMPROVING PRODUCT QUALITY AND ACCELERATING DECISION MAKING BY PROVIDING REAL-TIME INSIGHT INTO REAL-WORLD PRODUCT PERFORMANCE.
http://tecnisiacadtraining.business.site https://www.sulekha.com/tecnisiacad-janakpuri-delhi-contact-address
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MATHEMATICS BRIDGE COURSE (TEN DAYS PLANNER) (FOR CLASS XI STUDENTS GOING TO ...PinkySharma900491
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3. INTRODUCTIONTOANSYS7.0-INTRODUCTIONTOANSYS7.0-
Part1Part1
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November 1, 2002
Inventory #001756
W13-3
13D. Postprocessing
Results Viewer
1. Enter ANSYS in the working directory specified by your
instructor using “multi-ls” as the jobname.
2. Resume the “multi-ls.db” database file from workshop 13C:
– Utility Menu > File > Resume from …
• Select the “multi-ls.db” database file, then [OK]
– Or issue: RESUME,multi-ls,db
3. Enter the General Postprocessor and read in a set of results:
– Main Menu > General Postproc > Read Results > First Set
– Or issue:
/POST1
SET,1
4. Write out a PGR file including all three load steps:
– Main Menu > General Postproc > Write PGR File
• Write data for all sets
• Select “Stress” [OK]
– Or issue:
POUTRES,S
SET, , , , , , ,1
PGSAVE,'multi-ls','pgr','.',0, 0,0
SET, , , , , , ,2
PGSAVE,'multi-ls','pgr','.',0, 0,0
SET, , , , , , ,3
PGSAVE,'multi-ls','pgr','.',0, 0,0
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13D. Postprocessing
Results Viewer
5. Use the viewer to plot the Equivalent Stress for Load Step 2:
1. Move the scroll bar to “Load Step 2”.
2. Use the pulldown list to select “von Mises Stress”.
3. Use the contour plot button to display nodal results.
1
2
3
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1. Enter ANSYS in the working directory specified by your instructor using “report” as
the jobname.
2. Read input from the “plate-13e.inp” file:
– Utility Menu > File > Read Input from …
• Select the “plate-13e.inp” file, then [OK]
– Or issue:
/INPUT,plate-13e,inp
3. Open the Report Generator:
– Utility Menu > File > Report Generator
• Select “Overwrite”, then [OK]
• Select “Yes” to create a new directory
13E. Postprocessing
Report Generator
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13E. Postprocessing
Report Generator
4. Capture images:
4a. Plot elements:
– Utility Menu > Plot > Elements
– Or issue:
EPLOT
Report Generator:
– [Image Capture] button
• Caption “Plot of Elements”, then [OK]
– Or issue:
~tcl,'ansys::report::imagecapture “Plot of Elements” '
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13E. Postprocessing
Report Generator
4b. Plot Stress in X-direction:
– General Postproc > Plot Results > Contour Plot > Nodal Solution
• Select “Stress”, “X-direction SX”, then [OK]
– Or issue:
/POST1
PLNSOL,S,X,0,1
Report Generator:
– [Image Capture] button
• Caption “X-direction Stress”, then [OK]
– Or issue:
~tcl,'ansys::report::imagecapture “X-direction Stress” '
14. INTRODUCTIONTOANSYS7.0-INTRODUCTIONTOANSYS7.0-
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13E. Postprocessing
Report Generator
4c. Plot Stress along a path:
– General Postproc > Path Operations > Plot Path Item > On Graph
• Select “L-SX”, then [OK]
– Or issue:
PLPATH,L-SX
Report Generator:
– [Image Capture] button
• Caption “Graph of SX Stress on Path L-SX ”, then [OK]
– Or issue:
~tcl,'ansys::report::imagecapture “Graph of SX Stress on Path L-SX" '
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13E. Postprocessing
Report Generator
5. Capture an animation:
Report Generator:
– [Animation Capture] button
• Caption “Animation of Deformed Results - SX Stress”
• Select “Deformed Results”, then [OK]
• Select “Stress”, “X-direction SX”, then [OK]
– Or issue:
~tcl,'ansys::report::animcapture "Animation of Deformed Results - SX Stress" 100'
/REPLOT,RESIZE
PLNSOL,S,X
ANCNTR,10,0.5
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13E. Postprocessing
Report Generator
7. Capture Lists:
Report Generator:
– [Listing Capture] button
• Caption “List of Stress along Path L-SX”.
• Type “PRPATH,L-SX” in command line.
• [OK]
– [Listing Capture] button
• Caption “List of Constraints on Selected Items”.
• Type “SBCLIS” in command line.
• [OK]
– Or issue:
~tcl,'ansys::report::outputcapture "List of Stress along Path L-SX" "prpath,l-sx"'
prpath,l-sx
~tcl,'ansys::report::outputcapture "List of Constraints on Selected Items" "sbclis"'
sbclis
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13E. Postprocessing
Report Generator
8. Create the HTML report using all the captured information:
Report Generator:
– [HTML Report Assembler] button
8a. Insert a Report Heading:
– Select “Report Heading”
• Title, “Analysis of a Plate with Hole”
• Author Name, “John Doe”
• Subtitle, “X-Company”
• [OK]
19. INTRODUCTIONTOANSYS7.0-INTRODUCTIONTOANSYS7.0-
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13E. Postprocessing
Report Generator
8b. Insert Text:
– Select “TEXT”
• Type in the following, “The purpose of this
analysis was to analyze a plate with a hole.”
8c. Insert Dynamic Data:
– Select “Dynamic Data” and click on yellow text window
– Type in the following
/nopr
*get,revision,active,0,rev
*vwrite,revision
(f3.1)
8d. Insert Text:
– Select “TEXT”
• Type in the following, “revision of ANSYS.”
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13E. Postprocessing
Report Generator
8f. Insert Lists and Tables:
– Select the following images under “Report Lists”
• List of Stress along Path
• List of Constraints on Selected Items
– Select the following images under “Report Tables”
• Material Properties
• Reaction Forces
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13E. Postprocessing
Report Generator
10. Save and Close the Report
Generator:
– Select “File”, “Save and Close”
11. Exit ANSYS:
– Pick the “QUIT” button from the Toolbar
(or select: Utility Menu > File > Exit...)
• Select “Quit – No Save”
• [OK]
– Or issue:
FINISH
/EXIT,NOSAV