The Department of Management offers a range of undergraduate option courses, in this short film Dr Alicia Mejia-Salazar talks about MG308 Simulation Modelling and Analysis.
Simulation models often have many input factors and determining which ones are really important can be quite difficult. In this SimCast, Dr. Averill M. Law, President of Averill M. Law & Associates provides a brief introduction to design of experiments for simulation modeling.
Views: 1589 ExtendSim Simulation Tools
Introduction to modeling mechanical systems from first principles. In particular, systems with inertia, stiffness, and damping are modeled by applying Newton's 2nd Law. Translational and rotational systems are discussed.
Views: 131769 Rick Hill
Learn how to model porous media flow and chemical reaction in COMSOL Multiphysics. A catalytic bed reactor with an injection needle is simulated and improved upon, using the Reacting Flow in Porous Media, Transport of Diluted Species interface included in the Chemical Reaction Engineering Module. Additional Resources: • Model used in the video: Porous Reactor with Injection Needle – http://www.comsol.com/model/porous-reactor-with-injection-needle-25 • Software used in the video: Chemical Reaction Engineering Module – http://www.comsol.com/chemical-reaction-engineering-module • Paper: Reduction Stage During Copper Refinement in a Packed Bed Reactor – http://www.comsol.com/paper/modeling-of-the-reduction-stage-during-the-continuous-refining-of-copper-in-a-pa-13065 • Model: NOx Reduction in a Monolithic Reactor – http://www.comsol.com/model/nox-reduction-in-a-monolithic-reactor-10194
Views: 74422 COMSOL
MIT RES.TLL-004 Concept Vignettes View the complete course: http://ocw.mit.edu/RES-TLL-004F13 Instructor: Ken Kamrin This video leads students through the problem solving method of dimensional analysis. In one example, students use dimensional analysis to determine the diameter of a parachute needed to slow a rover to 90m/s in order to safely land on Mars. License: Creative Commons BY-NC-SA More information at http://ocw.mit.edu/terms More courses at http://ocw.mit.edu
Views: 149656 MIT OpenCourseWare
Website: http://www.thermolib.de Email: [email protected]molib.de Thermolib Free Trial Request: http://www.thermolib.de/free-trial.html Thermolib expands the MATLAB® /Simulink® Suite with tools to design, model and simulate complex thermodynamic systems. You can use this extensive library of thermodynamic components to build a model of your highly dynamic and nonlinear system in Simulink®. Use your Thermolib model to address issues of optimal design and control strategy. Simulate real gas behavior, liquid mixtures and chemical reactions all the while knowing that correct thermodynamic equations and calculations drive your model. This presentation provides you with a first inisght into Thermolib's capabilities and functionalities by showing examples like: - Absorption Heat Pump - Combined Cycle Power Plant - Solar Thermal Plant - Fuel Cell Vehicle - Air Conditioning - Reforming Process In addition, special featues like thermodynamic balancing and command-line functions are further explained. Wrapping up the presentation, the summary repeats the key features of thermodynamic modeling with Thermolib.
Views: 19980 EUtech1999
MIT 6.0002 Introduction to Computational Thinking and Data Science, Fall 2016 View the complete course: http://ocw.mit.edu/6-0002F16 Instructor: John Guttag Prof. Guttag discusses the Monte Carlo simulation, Roulette License: Creative Commons BY-NC-SA More information at http://ocw.mit.edu/terms More courses at http://ocw.mit.edu
Views: 345874 MIT OpenCourseWare
Learn more: https://www.simscale.com/thermal-simulation-workshop/ In this session, the three basic heat transfer mechanisms will be explained: Conduction, Convection, and Radiation. We will use 3 simple example simulations to better understand the influencing factors in a heat transfer process. We’ll then use this basic understanding to run a thermal analysis of a CFL to see how thermal simulation works for real-world problems. (6:45) About SimScale (14:40) Understanding three heat transfer phenomena (14:51) Conduction (17:36) Convection (19:58) Radiation (22:02) General thermal simulation types (26:58) Live presentation on the SimScale platform (50:37) Analyzing results Heat transfer is an important characteristic of many products across a variety of different industries. The SimScale Thermal Analysis Workshop is a free course that teaches mechanical designers and engineers how to use thermal simulation in the web browser for optimizing cooling and heating processes for improved energy efficiency and durability. During the workshop you will: - Learn the fundamentals of thermal analysis for modern product design - Expand the knowledge based on practical examples of conduction, convection and radiation simulations - Learn how simulation can help you to make better design decisions faster - Get a chance to apply the learning and knowledge into practice by repeating the simulation yourself Session 1: https://youtu.be/ao3KrVf790w Session 2: https://youtu.be/5zp4FOplmfQ Session 3: https://youtu.be/hKB-mlp6kpk SimScale is a 100% cloud-based simulation platform. Try CFD, FEA or Thermal Analysis by creating a free account: https://www.simscale.com/
Views: 6460 SimScale GmbH
Free MATLAB Trial: https://goo.gl/yXuXnS Request a Quote: https://goo.gl/wNKDSg Contact Us: https://goo.gl/RjJAkE Learn more about MATLAB: https://goo.gl/8QV7ZZ Learn more about Simulink: https://goo.gl/nqnbLe ------------------------------------------------------------------------- Explore Simulink, an environment for multidomain simulation and Model-Based Design for dynamic and embedded systems. Through product demonstrations, you will see a high-level overview of the major capabilities and how you can use Simulink to design, simulate, implement, and test a variety of time-varying systems, including communications, controls, signal processing, video processing, and image processing. This webinar is for people who may be unfamiliar with Simulink.
Views: 60123 MATLAB
Watch Part 2 on Vsauce 3: https://www.youtube.com/watch?v=3d9i_0Ty7Cg Kurzgesagt Newsletter: http://eepurl.com/cRUQxz Support us on Patreon so we can make more videos (and get cool stuff in return): https://www.patreon.com/Kurzgesagt?ty=h Kurzgesagt merch: http://bit.ly/1P1hQIH The MUSIC of the video: Soundcloud: http://bit.ly/2w8eYsN Bandcamp: http://bit.ly/2xpnhU2 Facebook: http://bit.ly/2qW6bY4 THANKS A LOT TO OUR LOVELY PATRONS FOR SUPPORTING US: vladimir šebez, Nicholas Evers, David Hirsch, Misko Giboreau, Friedrich Reider, Christian Massold, Björn Keßel, Ron Leonard, Johann Goergen, Tonina Zhelyazkova, Tony Nitowski, Geoffrey Major, William Bonwitt, Arslan Ablikim, James Tran, JP Hastings-Spital, Michael Shi, Anni Gill, Cymon Carlisle, bob smith, Jonathan Brunette, George Murray, John, Bryan Lawlor, Bjarne Kohnke, Christopher Isar, Renee Undrits, Joshua Hardin, Diego, Maggs, Akram Jamal-Allail, shoftee, Dattu Patel, Josh Heri, Christopher Dein DeltaNutmeg, Julian Hartline, Jesper Sølvsten, Adam Thompson, Amadon Faul, Ben Spicer, Dan-Dumitru Donici, Kaushik Narasimhan, Dennis Kok, Carlo Fajardo, Zaneksy, Rami Najjar, Rik Muschamp, César Rdez, David Marsden, Klasoweit, Gabrielle Gendron-Lepage, Nicholas, Nathan Dietrich, Manolo Calderon, Gil Nemesh, Caleb, Karthik Sekar, Jean-Francois Blain, Travis Harger, Jose Zamora, Danilo Metzger, Olle Karlberg, TJ, Patrick Hart, SCPNostalgia, Devin, David Oxley, Andy Hill, Maxime Cony, Vjenceslav, Neil Mukhopadhyay, Cory Bosse, Kara M., Dogydogsun, Andy Zeng, Angela Flierman, Tyler Alden, Klaus Prünster, Alex Boyd, Diana Martínez, Danny Fast, Bryce Watson, Chan Maneesilasan, Johanna Lind, Orphansmith, 彥霖 陳, Emanuel Hafner, James Dominguez, Kevin Hackbarth, Pablo Pagano, Liam Quin, Dan Rossiter, James Phan, Leon Klang, Romain Isnel, Anthony Eales, Freebite, Logan Rankin, Udi Eylat Help us caption & translate this video! http://www.youtube.com/timedtext_cs_panel?c=UCsXVk37bltHxD1rDPwtNM8Q&tab=2
Views: 8396959 Kurzgesagt – In a Nutshell
Little's Law is a very simple concept that will help you gain control over your system. Mastering this concept will arm you with ONE thing that will improve your process and it doesn't cost a dime. Learn more by using and applying the Theory of Constraints and Lean Manufacturing Principles in only 6 months, Pinnacle Strategies helped the Company in Charge of Cleaning Up the 2010 Oil Spill in the Gulf of Mexico; Doubling the Supply of Skimmers, Boom and Other Critical Resources, and in Doing So Saved More Than $700 Million. Get your copy here http://amzn.to/1IEd5VP.
Views: 71691 Pinnacle Strategies
Thanks to all of you who support me on Patreon. You da real mvps! $1 per month helps!! :) https://www.patreon.com/patrickjmt !! Part 2: http://www.youtube.com/watch?v=jtHBfLtMq4U In this video, I discuss Markov Chains, although I never quite give a definition as the video cuts off! However, I finish off the discussion in another video! This video gives a 'real life' problem as some motivation and intuition, as well as introduces a bit of terminology.
Views: 542545 patrickJMT
This video is a preview from a 3+ hour course titled "The Vocabulary of Science: First Steps to Science Literacy". Scroll down to see the full table of contents. The link below will take you to the course page on Udemy (with a discounted price): https://kevindelaplante.com/vocabulary-of-science-on-udemy The course is also hosted over at my video tutorial site, the Critical Thinker Academy: https://criticalthinkeracademy.com/p/the-vocabulary-of-science Supporters on Patreon get access to ALL of the content over at the Critical Thinker Academy site, including this course, for as little as $3/month. You can become a Patron here: https://patreon.com/kevindelaplante Here's the playlist for this set of preview videos: https://www.youtube.com/playlist?list=PLCPXzKiZn7OHMBNmD14IQiA2tS2q9iVF0 Here's the full table of contents: 1. Welcome to the Course 1.1 Is Evolution a Theory, a Fact, or Both? 1.2 Why Am I Qualified to Teach This Course? 1.3 Overview of the Course 2. An Important Distinction For the Whole Course 2.1 An Important Distinction: Epistemically Loaded vs Neutral Language 3. What is a Theory? 3.1 “It’s Just a Theory”: “Theory” as Down-Player 3.2 “Theories are the Pinnacles of Science”: “Theory” as Up-Player 3.3. Why We Need a Neutral Definition of “Theory” 3.4 A Neutral Definition of “Theory”: A Classical (But Incomplete) Story 3.5 A Neutral Definition of “Theory”: A More Sophisticated Story 4. What is a Fact? 4.1 “You Can’t Deny the Facts”: A Loaded Definition of “Fact” 4.2 “I Had the Facts Wrong”: A Neutral Definition of “Fact” 4.3 Can There Be Theoretical Facts? 5. What is a Law? 5.1 Loaded Definitions of “Law” 5.2 Examples of Laws in Biology and Psychology 5.3 Examples of Laws in Physics and Astronomy 5.4 Unpacking the Neutral Concept of “Law” 5.5. But Are There Any Laws? 5.6 A Quick Word: Are Laws Explanatory? 6. What is a Hypothesis? 6.1 “That’s Just a Hypothesis”: A Loaded Definition of “Hypothesis” 6.2 A Neutral Definition of “Hypothesis” 7. What is a Model? 7.1 Introduction: What is a Model? 7.2 Maps and Models 7.3 Models as Tools For Reasoning About the World 7.4 How Equations Can Be Models 7.5 Is There a Difference Between a Model and a Theory? 8. Theories, Models, Truth and Reality 8.1 Introduction: Theories, Models, Truth and Reality 8.2 The Challenge of Interpreting Theories 8.3 Prediction and Truth: Lessons from Ptolemy 8.4 Prediction and Truth: Lessons from the Kinetic Theory of Gases 9. Test Yourself: Video Analysis Assignment 9.1 Assignment: Analyse and Critique a 7 Minute Video (“Fact vs Theory vs Hypothesis vs Law … Explained!”) 9.2 Part 1: The Motivation For the Video 9.3 Part 2: “Scales of Truthiness” 9.4 Part 3: The Fundamental Error 9.5 Part 4: Defining Facts in Terms of Observations 9.6 Part 5: Defining Hypotheses as Starting Points For Inquiry 9.7 Part 6: Defining Theories as Well-Supported 9.8 Part 7: More Problems with Defining Facts in Terms of Observations 9.9 Part 8: Can Laws Explain, Or Do They Just Describe? Kepler, Newton and Einstein 9.10 Analyzing the Last Slide 9.11 Lessons Learned From This Exercise 10. Wrapping Up
Views: 194 Kevin deLaplante
Why economists use models and their limitations. View more lessons or practice this subject at http://www.khanacademy.org/economics-finance-domain/ap-macroeconomics/basic-economics-concepts-macro/introduction-to-the-economic-way-of-thinking-macro/v/economic-models?utm_source=youtube&utm_medium=desc&utm_campaign=apmacroeconomics AP Macroeconomics on Khan Academy: Welcome to Economics! In this lesson we'll define Economic and introduce some of the fundamental tools and perspectives economists use to understand the world around us! Khan Academy is a nonprofit organization with the mission of providing a free, world-class education for anyone, anywhere. We offer quizzes, questions, instructional videos, and articles on a range of academic subjects, including math, biology, chemistry, physics, history, economics, finance, grammar, preschool learning, and more. We provide teachers with tools and data so they can help their students develop the skills, habits, and mindsets for success in school and beyond. Khan Academy has been translated into dozens of languages, and 15 million people around the globe learn on Khan Academy every month. As a 501(c)(3) nonprofit organization, we would love your help! Donate or volunteer today! Donate here: https://www.khanacademy.org/donate?utm_source=youtube&utm_medium=desc Volunteer here: https://www.khanacademy.org/contribute?utm_source=youtube&utm_medium=desc
Views: 64949 Khan Academy
NX 8 for simulation productivity Drastically reduce the time you spend preparing and solving analysis models by up to 70 percent. Siemens has strengthened and expanded upon the technologies from its long simulation legacy and has brought them together to form NX CAE, a modern and integrated high-end analysis environment, and NX Nastran, a premium finite element solver. NX 8 introduces over 200 new capabilities to both NX CAE and NX Nastran that enable you to rapidly build, update and simulate analysis models, make smarter engineering decisions and deliver better products faster.
Views: 3102 Siemens PLM
Here is the Video about Critical Path Method (CPM) in Operations research, I have given the necessary theory explanation with Solved problem, Pls watch the complete video to understand the CPM concept, Hope this video will help you to understand in a simple way. Video for PERT - https://youtu.be/WrAf6zdteXI To watch more tutorials pls visit: www.youtube.com/c/kauserwise * Financial Accounts * Corporate accounts * Cost and Management accounts * Operations Research * Statistics ▓▓▓▓░░░░───CONTRIBUTION ───░░░▓▓▓▓ If you like this video and wish to support this kauserwise channel, please contribute via, * Paytm a/c : 6383617203 * Western Union / MoneyGram [ Name: Kauser, Country: India & Email: [email protected] ] [Every contribution is helpful] Thanks & All the Best!!! ─────────────────────────── What is CPM in operations research How to construct CPM network? What is Project management - cpm? What is forward pass and backward pass in CPM? What is Earliest time and latest completion time? How to find Free floats and total floats?
Views: 1421252 Kauser Wise
The way we can make traffic disappear. More Queue Quickening: https://www.youtube.com/watch?v=oAHbLRjF0vo&index=2&list=PLqs5ohhass_TMd_JbYuKsinQayalas67E Special Thanks to: Mark Govea, Thomas J Miller Jr MD, dedla , Robert Kunz, Saki Comandao, hcblue , John Buchan, Andres Villacres, Christian Cooper, Michael Little, PervertedThomas , Nevin Spoljaric, rictic , Ian , Faust Fairbrook, Jason Lewandowski, Michael Mrozek, Jordan LeDoux, Chris Woodall, سليمان العقل, Tony DiLascio, Richard Jenkins, Chris Chapin, Tod Kurt, Chang Wang, Kozo Ota, Phil Gardner, Jordan Melville, Martin , Steven Grimm, Joe Pantry, Benjamin Morrison, Colin Millions, Muhammad Shifaz, Chris Harshman, Jose Reyes, Guillermo , Ron Bowes, Tómas Árni Jónasson, Mikko , Derek Bonner, Derek Jackson, Orbit_Junkie , David Michaels, Mark Elders, Timothy Basanov, Veronica Peshterianu, Paul Tomblin, Travis Wichert, chrysilis , Ryan E Manning, Erik Parasiuk, Rhys Parry, Maarten van der Blij, Kevin Anderson, Ryan Nielsen, Esteban Santana Santana, Dag Viggo Lokøen, Tristan Watts-Willis, John Rogers, Edward Adams, Leon , ken mcfarlane, Brandon Callender, Timothy Moran, Peter Lomax, Emil , Tijmen van Dien, ShiroiYami , Alex Schuldberg, Ryan Constantin, Bear , Jacob Ostling, Solon Carter, Joel Wunderle, Rescla , Hystiklopp , Andrew Proue, Tor Henrik Lehne, David Palomares, Cas Eliëns, Freddi Hørlyck, Ernesto Jimenez, Osric Lord-Williams, Maxime Zielony, Lachlan Holmes , John Lee, Ian N Riopel, AUFFRAY Clement, Ilan , John Bevan, Donal Botkin, Cian Ruane, Robert Grünke (trainfart) Music by: http://www.davidreesmusic.com
Views: 11518808 CGP Grey
Speaker: Dr. Zhe Zhao (University of Stockholm) Abstract:Spark Plasma Sintering (SPS) has been an attractive sintering technique for preparing nanostructured ceramics and composites for more than 10 years, but there is still no clear image about the sintering mechanisms behind the enhanced densification. Here we will use traditional sintering and creep deformation kinetic method to analysis the densification process in SPS in order to shade light on the potential mechanisms which make SPS different from the other normal pressure-assisted sintering techniques. As another potential technical obstacle to SPS applications for mass-production, the intrinsic temperature and stress profi les are also analyzed by FEM. Both transient and equilibrium state are considered. The knowledge from this lecture can be used as the general guideline for SPS experiments in Labs or industries.
Stable Neo-Hookean Flesh Simulation SIGGRAPH 2018 Breannan Smith Pixar Animation Studios Fernando De Goes Pixar Animation Studios Theodore Kim Pixar Animation Studios Nonlinear hyperelastic energies play a key role in capturing the fleshy appearance of virtual characters. Real-world, volume-preserving biological tissues have Poisson’s ratios near 1/2, but numerical simulation within this regime is notoriously challenging. In order to robustly capture these visual characteristics, we present a novel version of Neo-Hookean elasticity. Our model maintains the fleshy appearance of the Neo-Hookean model, exhibits superior volume preservation, and is robust to extreme kinematic rotations and inversions. We obtain closed-form expressions for the eigenvalues and eigenvectors of all of the system’s components, which allows us to directly project the Hessian to semipositive definiteness, and also leads to insights into the numerical behavior of the material. These findings also inform the design of more sophisticated hyperelastic models, which we explore by applying our analysis to Fung and Arruda-Boyce elasticity. We provide extensive comparisons against existing material models. https://graphics.pixar.com/library/StableElasticity/
Views: 23931 Research in Science and Technology
Video lecture for the undergraduate course on modeling and simulation of dynamical systems given within a study program "Cybernetics and Robotics" at Faculty of Electrical Engineering, Czech Technical University in Prague, Czech Republic. The course website is http://moodle.fel.cvut.cz/courses/a3b... (you can switch the language of the web). In this video we introduce yet another popular format of a mathematical model of dynamical systems - the second-order models. These are particularly popular in mechanical systems, including robotics. We will show that the popular second Newton's law m x''(t) = F(t) is perfectly appropriate not just for a description of (one-dimensional) motion of a single mass but for coupled multiple masses as well. The x(t) should now be interpretted as a vector of positions (and/or possibly angles) and the coefficient(s) (mass, damping, stiffness) are now matrices. These matrices can be constant or they can depend on the actual mechanical configuration, in which case the model is nonlinear (but with a very neat structure). We will encounter the latter in a lecture on Euler-Lagrange modeling of robotic manipulators.
Views: 828 aa4cc
This tutorial shows a 2D model using cohesive elements pulled apart. The parts are joined to the cohesive layer using tie constraints and surface to surface contact properties are used to ensure that parts do not intersect. The STATUS field output is used to remove the failed cohesive elements.
Views: 62826 landoflemon
This video has more to it than math and physics, but I leave that to the viewer to make their own conclusions. Everything in this video was made by me, except for the ping pong balls, but I painted them.
Views: 290 Davesghola
An advanced physics-based simulation of firearms injury to the human cranium is presented, modeling by finite elements the collision of a firearm projectile into a human parietal bone. The space-discretized equations of motion are explicitly integrated in time with Newmark's time-stepping algorithm. The impact of the projectile on the skull, as well as the collisions between flying fragments, are controlled through a nonsmooth contact algorithm. Cohesive theories of fracture, in conjunction with adaptive remeshing, control the nucleation and the propagation of fractures. The progressive opening of fracture surfaces is governed by a thermodynamically irreversible cohesive law embedded into cohesive-interface elements. Numerical results compare well with forensic data of actual firearm wounds to human crania.
Views: 1108 Alejandro Mota
This tutorial will show you how to implement the appropriate Y+ value in a mesh using the viscous transition SST model. No wall function has been used. The Y+ value desired in this simulation case is smaller than 1 where the first layer height was calculated. A flow over a flat plate is used as an example in this tutorial where the viscous layer is important to study. The simulation was carried out using Fluent, a software from ANSYS for all engineering fields. To calculate the first layer height for your mesh, please visit this link for a user-friendly online application: http://www.raefkobeissi.com/yplus/yplus.aspx
Views: 39615 Raef Kobeissi
View full lesson on ed.ted.com - http://ed.ted.com/lessons/why-do-competitors-open-their-stores-next-to-one-another-jac-de-haan Why are all the gas stations, cafes and restaurants in one crowded spot? As two competitive cousins vie for ice-cream-selling domination on one small beach, discover how game theory and the Nash Equilibrium inform these retail hotspots. Lesson by Jac de Haan, animation by Luke Rowsell.
Views: 3390792 TED-Ed
The Hardy-Weinberg Principle states that allele and genotype frequencies in populations remain stable over time, given certain assumptions. What assumptions? What does the principle mean? And how do you SOLVE those Hardy-Weinberg PROBLEMS? Everything shall be revealed in this video - with some penguins of course. They make everything go down easier. JOIN THE FUN all over the WEB: SUBSCRIBE: http://www.youtube.com/user/ThePenguinProf FACEBOOK: https://www.facebook.com/ThePenguinProf GOOGLE+: https://plus.google.com/+Penguinprof/posts TWITTER: https://twitter.com/penguinprof WEB: http://www.penguinprof.com/ Links to Videos Mentioned: Mendelian Genetics: http://youtu.be/xtJwHytHRfI How to Solve Genetics Problems: http://youtu.be/Qcmdb25Rnyo Solution for the additional problem I showed at the end: Allele Frequencies: q = 0.04 p = 0.96 Genotype Frequencies: homozygous dominant: 0.92 Heterozygous: 0.08 Homozygous recessive: 0.002 Answer to the additional problem step-by-step: http://www.penguinprof.com/uploads/8/4/3/1/8431323/solving_hardy-weinberg_problems.pdf ------------------------------------------------------------------------------------------ Video Details: Population Genetics: The Hardy-Weinberg Principle You need to know: gene vs. allele gentoype vs. phenotype understanding probabilities (and vs. or) Punnett Square Hardy-Weinberg Principle Timeline of Discoveries Darwin, Mendel, DeVries, Correns Hardy, Weinberg, Castle Mendelian Genetics Gets HOT Particles are inherited! Traits aren't blended! Cambridge opens a department of Genetics So What's it All About? It's about frequencies When talking about population genetics, we are interested in the prevalence of a particular allele or genotype in a population The Hardy-Weinberg Principle States: Frequencies of alleles and genotypes in a population will remain constant over time in the absence of other evolutionary influences Assumptions Organisms are diploid Generations are non-overlapping Population must be large No immigration or emigration No mutation in the gene of interest No natural selection occurs (individuals reproduce at equal rates) Mating is random Alleles and Allele Frequency Penguin Prof Helpful Hints The Sum of All Possible Outcomes MUST Equal 1 p+q = 1 ALLELE FREQUENCY 2 Alleles = Genotype p2 + 2pq + p2 = 1 What if There are Three Alleles? (p, q and r) Sample Problem In a population of 1,000 penguins, 12 have blue feet. Find the frequency of the blue allele, the yellow allele and the frequencies of the three possible genotypes in this population. Solving Hardy-Weinberg Problems Assign the alleles Frequency of the dominant allele is 'p' Frequency of the recessive allele is 'q' Calculate q by taking the square root of the number of homozygous recessive individuals Calculate p (the allele frequencies must equal 1, so p = 1 − q) Use p and q to calculate the other genotype frequencies: frequency of homozygous dominant individuals = p2 frequency of heterozygous individuals = 2pq frequency of homozygous recessives = q2 This may help: Hardy-Weinberg Punnett Square Try Another One... In a population of 130,000 magical mice, green fur is dominant over orange. If there are 300 orange mice in a population of 130,000, find the following (assume population is in Hardy-Weinberg equilibrium): 1. Frequency of dominant (green) allele 2. Frequency of recessive (orange) allele 3. Frequency of each genotype
Views: 315326 ThePenguinProf
https://www.udemy.com/mastering-ansys-cfd-part-ii/?couponCode=NINENINENINE Mastering Ansys CFD (Level 1) : https://www.udemy.com/mastering-ansys-cfd/?couponCode=NINENINENINE Mastering Ansys CFD (Level 2): https://www.udemy.com/mastering-ansys-cfd-part-ii/?couponCode=CFDDEM2018 Application of Ansys CFD on Aerodynamic Flows: https://www.udemy.com/cfd-modelling-of-turbulent-aerodynamic-flows/?couponCode=ANSYSCFD2019 A free course on Spaceclaim direct modeller : https://www.udemy.com/introduction-to-ansys-spaceclaim-direct-modeler/?couponCode=CFDSCDM
Views: 1163 Advanced Engineering Solutions
This tutorial is a step by step guide to setting up a multibody model and running simulations using the KINETICS tool of ANSA. This video shows how to create forces on a model Part 4/6
Views: 1605 BETA CAE Systems
Check out more of my work at http://debarghyadas.com/ This is a simple little application I coded in MATLAB.What the program essentially does is take the state vectors of the satellite: 1. The position vector 2. The velocity vector at launch and proceeds to calculate the orbital elements of the satellite's orbit. Namely: 1. Length of the Semi-Major Axis 2. Eccentricity 3. Inclination 4. Right Ascension of Ascending Node 5. Argument of Perigee 6. Initial Mean Anomaly after which it proceeds to show a visual animation of the orbit in 3D space, complete with the Earth's rotation,
Views: 29771 Debarghya Das
Title: "Statistical network modeling via exchangeable interaction processes" Abstract: Many modern network datasets arise from processes of interactions in a population, such as phone calls, e-mail exchanges, co-authorships, and professional collaborations. In such interaction networks, the interactions comprise the fundamental statistical units, making a framework for interaction-labeled networks more appropriate for statistical analysis. In this talk, we present exchangeable interaction network models and explore their basic statistical properties. These models allow for sparsity and power law degree distributions, both of which are widely observed empirical network properties. I will start by presenting the Hollywood model, which is computationally tractable, admits a clear interpretation, exhibits good theoretical properties, and performs reasonably well in estimation and prediction. In many settings, the series of interactions are structured. E-mail exchanges, for example, have a single sender and potentially multiple receivers. I will introduce hierarchical exchangeable interaction models for the study of structured interaction networks. In particular, I will introduce the Enron model as a canonical example, which partially pools information via a latent, shared population-level distribution. A detailed simulation study and supporting theoretical analysis provide clear model interpretation, and establish global power-law degree distributions. A computationally tractable Gibbs sampling algorithm is derived. Inference will be shown on the Enron e-mail dataset. I will end with a discussion of how to perform posterior predictive checks on interaction data. Using these proposed checks, I will show that the model fits the data well.
Views: 43 Experimental mathematics
http://www.integratedsoft.com/ Our philosophy is in our name. Our CAE software programs are seamlessly integrated with each other. In many cases, models are affected by a combination of variables rather than just the electromagnetic or particle trajectory field. Where a combination of factors is involved, thermal and power systems design analysis may also be required. INTEGRATED offers an innovative, world-class suite of thermal and power systems design analysis tools for solutions involving multiple variables.
Views: 177918 INTEGRATED Engineering Software
Download the step by step hands on tutorial at http://expertfea.com/tutorial30.html We offer competent ANSYS tutorials and Finite Element Analysis solved cases for Mechanical Engineering. If you are interested in building and performing similar scenarios, you can download their MECHDAT files to see the settings we used for materials, mesh, boundary conditions, loads, time steps etc., together with the 3D models. This FEA case can be solved in the following versions: ANSYS 14, ANSYS 14.5, ANSYS 14.5.7, ANSYS 15, ANSYS 16, ANSYS 16.1, ANSYS 16.2, ANSYS 17, ANSYS 17.1, ANSYS 17.2, ANSYS 18 and more. Keywords: fea, finite element analysis, finite element method, ansys, ansys workbench, ansys simulation, ansys fea, ansys workbench simulation, ansys workbench fea, ansys training, ansys lesson, ansys tutorial, ansys workbench training, ansys workbench lesson, ansys workbench tutorial, structural, thermal, cfd, static, steady, transient, dynamics, explicit dynamics, stress, strain, large deformation, solution, solving, solver, convergence, force, moment, velocity, displacement, temperature, heat, mode, shape, geometry, model, 2D, 3D, model, fea scenario, computation, von Mises, expert fea, fea expert, ansys online, ansys workbench online, online fea, fea report, mesh, mesh lesson, elements, nodes, plasticity, hyperelastic, hyperelasticity, mooney rivlin, steel, rubber, creep, vibration, modal, harmonic, random
Views: 5290 expertfea. com
Process Control and Instrumentation by Prof.A.K.Jana,prof.D.Sarkar Department of Chemical Engineering,IIT Kharagpur. For more details on NPTEL visit http://nptel.iitm.ac.in
Views: 92994 nptelhrd
The planetary gear set, also known as the epicyclic gear train, is one of the most important and interesting inventions in engineering. They are great speed variation mechanisms, and are often used in automobiles as a vital part of automatic transmissions. We will explore the secrets of the planetary gear set in this video. We thank our patrons for making LE's educational service sustainable. Please support us at Patreon.com so that we will have the capability to release 2 videos/month. https://www.patreon.com/LearnEngineering Curious about how LE was born ?, Check out our story : https://goo.gl/otQfvD Like us on FB : https://www.facebook.com/LearnEngineering Voice-over artist : https://www.fiverr.com/mikepaine
Views: 2164151 Learn Engineering
How to use the PhET Beer's Law simulation - this video shows you how to use this flexible education resource aimed at 16-18 year old chemistry students. At the Royal Society of Chemistry we provide education resources via our website Learn Chemistry to enhance teaching and learning. See the PhET simulations collection: http://rsc.li/phet-simulations
Views: 2146 Royal Society Of Chemistry
Fifth lecture of a semester-long course on Business Process Management delivered by Marlon Dumas at University of Tartu, Spring 2013 and 2014. This lecture introduces flow analysis techniques for calculation of process cycle time and cost. Slides available at: http://fundamentals-of-bpm.org/supplementary-material/lectures/
Views: 5433 Marlon Dumas