Search results “Stress analysis in the”
Analysis of Stress | Strength of Materials | GATE Preparation | ME
Click here for Free Demo Session: https://goo.gl/81ty4A Real Life Application: Breakage of mild steel (ductile) in tension occurs at a plane of 45° and of cast iron (brittle) in tension occurs at a plane of 0°. The answers for the above are in this chapter. Explanation: Analysis of stress aims in making sure the stress on any arbitrary plane to be less than the strength of the material. It is achieved by finding out the maximum values of normal and shear stresses and changing the values of the parameters like load, area etc. which effect those values and cause failure. This analysis of stress is different in 1D, 2D & 3D. THE GATE ACADEMY- Blogs https://goo.gl/CVplwv https://goo.gl/nWzNvk THE GATE ACADEMY provide comprehensive and rigorous coaching for the GATE exams. Our student-centred guidance focuses on the strengths and weaknesses of each student. This has enabled us to achieve a proven track record of GATE toppers from our institute. THE GATE ACADEMY appreciates diversity in requirements and hence have tailor-made digital & distance learning courses for addressing these different needs. For more information, please write back to us at [email protected] Call us at: 080- 61766222
AutoDesk Inventor 2017 : 13 : Stress Analysis
Review of Basic Stress Analysis in Autodesk Inventor 2017.
Views: 66512 Education Public
Mohr's Circle Stress Analysis for 2D & 3D cases
This video lecture will introduce you to concepts of Principal Stress, Principal Plane and Mohr's circle analysis. Here both 2D and 3D stress analysis using Mohr's circle method is explained well.
Views: 323298 Learn Engineering
Stress Analysis: Stiffness of Bolts & Members, External Tensile Loads on Bolted Joints (12 of 17)
Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online (http://www.cpp.edu/meonline).
Views: 26775 CPPMechEngTutorials
The episode on Stress analysis in Piping Systems is divided into two parts illustrating the weightage, need and aspects associated with stress analysis of the piping system.
Views: 29833 Basics4Piping
Analysis of Stress - 1
Lecture Series on Strength of Materials by Prof. S. K. Bhattacharyya, Department of Civil Engineering, IIT Kharagpur. For more details on NPTEL visit http://nptel.ac.in
Views: 411207 nptelhrd
Stress analysis with Inventor
A quick intro into using the stress analysis feature of Autodesk Inventor
Views: 17792 Gary May
Stress Analysis of a Quadcopter
The first of a 3 part webinar series. Walt Bednarz puts the Prism Quadcopter through the paces of simulated stress analysis using SOLIDWORKS Simulation. Watch to see if the Prism Quadcopter passes or fails as it is put through the paces of structural loading! Walt covers how you can use linear and nonlinear tools to validate designs
Views: 7928 PrismEngineering
Stress Analysis of Connecting rod using Hypermesh - Online Workshop
Wish to try this analysis yourself? For FREE!!! Register Now http://goo.gl/ipjXJT You will receive the Connecting-rod model used in this video & the guidelines as well. On successful completion of the workshop, You can also request for Certification. About This Workshop ================= This linear static analysis workshop is useful engineers who wish to learn Stress Analysis on their own. It discusses the steps in carrying out linear static stress analysis of a simplified automotive connecting rod. The video content is organized as follows: 1. A brief introduction of a connecting rod. 2. Failure modes of a connecting rod. 3. Problem description. 4. Workflow of linear static analysis. 5. Step by step guide to carry out the analysis. 6. Post processing. For more information on CAE / CFD training log on to http://goo.gl/ipjXJT
Stress Analysis With Autodesk Inventor Simple Basic Tutorial
Stress Analysis With Autodesk Inventor Simple Basic Tutorial ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ Sorry, this is not a really tutorial to generate a definite report. For a more definite result of a ready-to-produce report, you must create and analyze where it should be to place or select a spot on the part that actually gets force, gravity, and other factors, where all of those variables can affect the results of the stress analyis. Sorry 🙏 ➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖➖ UPDATE : Ini hanyalah keisengan belaka yang dulu pada waktu mumet mikir job 🙏 Cara Untuk Melakukan Stress Analysis Dengan Autodesk Inventor. ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ Don't Forget To Share And Subscribe ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ ✩ Tutorial Autodesk Inventor | How To Make | Clutch/ Koppeling/ Kopling https://goo.gl/WP2Mby ✩ Tutorial Autodesk Inventor PART ISOMETRIC DRAWING https://goo.gl/Ug5qjt ✩ Tutorial Autodesk Inventor Professional 2014 https://goo.gl/dKYb2v ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ Jasa Desain Reverse Engineering CAD Development ✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩✩ Jasa Pembuatan Gambar Desain Untuk Perancangan Mesin, Skripsi, Tugas Akhir, Dan Proyek-Proyek Yang Lainnya. Harga : Fleksibel (Menyesuaikan dengan Tingkat Kesulitan dan Waktu Pengerjaan) Contact Us : ✩ Whatsapp - 0852-2377-NolSatuDuaTiga ✩ Facebook - https://goo.gl/WbVt2u ✩ Google+ - https://goo.gl/GtAHUC ✩ Twitter - https://goo.gl/a58G2U ✩ YouTube - https://goo.gl/rJhhHk ✩ Website - http://goo.gl/iHPnQe Sponsored By : ✩ ASUS Zenfone ✩ ASUS N46VZ Turut Didukung Oleh : ✩ Autodesk Inventor Professional ✩ Adobe Premier ✩ Bigasoft Total Video Conventer ✩ Bandicam
Views: 29863 Indar Luh Sepdyanuri
Lesson 1- CAESAR II  Basic Of Stress Analysis For Beginners
Set up new file in caesar II and create custom unit file for new project. Fundamental Cantilever beam stress analysis in caesar II. Find Detail On: http://pipingengineeringarticles.blogspot.in/2016/03/lesson-1-basic-of-pipe-stress-analysis.html CAESAR II TUTORIAL CAESAR II FOR BEGINNERS
Views: 33470 Priyam Patel
Structural Analysis Simple Beam - Bending Stress
Example problem on how to determine the maximum bending stress on a rectangle shape beam. Example problem for NCEES PE exam review. FE exam review.
How to run a stress analysis with Catia
In this tutorial I run through the basics of a designing a part and running a stress analysis on it. Stress Analysis Portion: 1:58 Music by Kevin MacLeod- Intuit
Views: 106065 Quinton238
Views: 11704 Pandian Prabu
P2 - SolidWorks Weldments and Frame Stress Analysis Tutorial
Project 2 - Introduction to Weldments and their analysis. In this project we first look at the basic tools when designing with weldments, the second half is devoted to analyzing the structural frame using SolidWorks Simulation.
Views: 399190 vertanux1
Stress Analysis: Stress Concentration & Static Failure Theories for Ductile Materials (2 of 17)
Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online (http://www.cpp.edu/meonline).
Views: 7380 CPPMechEngTutorials
07. ANALYSIS OF THE STRESS OF THE PART (Autodesk Inventor tutorials)
Do you want to learn the Inventor? full guide+video tutorials: https://www.udemy.com/inventror/ ANALYSIS OF THE STRESS OF THE PART Inventor allows carrying out the stress analysis for a particular part. The calculation is done through the finite elements method. Let us draw a circle with diameter of 20 millimeters, with the center on the origin. Finish sketch. Perform the “Extrude” operation. Enter the distance of 300 millimeters, press OK. Name this part “Shaft” and save it. The material is “Steel, Carbon”. Right click on the name of the part and open “iProperties”. On the tab “Physical” ensure that selected material is “Steel, Carbon”. Close the window. On the “Environments” tab select “Stress Analysis”. You should have an available Stress Analysis menu. Press “Create simulation”, rename it to “Calculation of bending”. For now, leave the other settings unchanged. Press OK. First, check whether the software assigned the correct material for calculation. Open the “Assign materials” window. Here we see that the field contains correct value: Steel, Carbon. Here we can override the material and choose one of available materials. Press OK. Next we specify the constraint for our calculations. Select “Fixed constraint” and specify the end planes of the shaft. Apply. On the “Loads” panel select “Force”. Set the location of the force on the body of the shaft. Check “Use vector components”. Enter the exact force value of 1000 точное значение силы – 1000 newtons on the Y axis. Enter -1000 to choose the opposite direction of the force. Apply. In the browser area, you can see the corresponding folders with loads and constraints, you can edit them at any time. Now when you have specified the loads and fixed constraints, let us deal with the ways to separate a part into the finite elements. The finite elements method is a method when a whole body is divided into the finite number of figures, tetrahedrons. On the “Mesh” panel there is an item “Mesh view”. To get more detailed results, you need to set up the mesh. Click on the “Mesh settings”. Here you can specify the average element size. Enter 0,05, the maximum element size is 0,1, leave grading factor unchanged, maximum turn angle is 20°. Depending on the parameters of your hardware, you can specify larger or smaller values. This will directly impact the accuracy of calculations. To perform calculations press “Simulate”. Than press “Run”. Three-dimensional constraints and loads are created in several directions. These multi-direction loads are added to get the equivalent load, which is also knows as “von Mises stress”. The result of calculation is displayed as the exact von Mises stress. You see the result as coloring of the part into several colors. Each color has its own load. Blue means the smallest load, while red is the maximum one. On the left part of the screen, you may see a graph, where you can compare a color to its value. Double click in browser area to select other obtained results. You can view the first principal stress, the third principal stress, displacement, and safety factor. In addition, you may view Stress, Displacement, and Strain in every direction. If you click on the “Mesh view”, you can see that the part is divided into the smaller elements. On the “Result” panel, you can view the load animation. You can specify the place for the probe and view the results of calculation for every point on the surface of your part. On the “Display” panel you can enable the display of the minimum and maximum results of calculation. With the adjustment option, you can select a multiplier to view more detailed results. The “Report” panel is used to create reports on all the results of calculation. It is saved in the HTML format and contain all calculation data. Here you see all loads, constrains, materials, and the results of calculations. Finish stress analysis and save the part. 07. ANALYSIS OF THE STRESS OF THE PART (Autodesk Inventor tutorials): https://www.youtube.com/watch?v=CGS9W0RAI3A #autodeskinventor #autocadinventor #autodeskinventorprofessional #inventorcad #inventortutorial #autodeskinventortutorial #inventorprofessional #inventor3d #inventorautodesk #inventordesign #cadinventor #autodeskinventortraining #inventorprogram #3dinventor #inventorautocad
Stress Analysis in AutoCAD
Stress Analysis in AutoCAD by HBM http://trainingcadcam.com/
Views: 5961 Autodesk Indonesia
Pipe stress analysis in SolidWorks Simulation
http://www.innova-systems.co.uk Learn how to use SolidWorks Simulation to carry out stress analysis on pipework. Innova Systems is an authorised Value Added Reseller for SolidWorks 3D design software. Call us on 01223 200690.
Stress Analysis: Fatigue Under Fluctuating & Combined Stresses (9 of 17)
Want to see more mechanical engineering instructional videos? Visit the Cal Poly Pomona Mechanical Engineering Department's video library, ME Online (http://www.cpp.edu/meonline).
Views: 2844 CPPMechEngTutorials
What is STRESS-STRAIN ANALYSIS? What does STRESS-STRAIN ANALYSIS mean? STRESS-STRAIN ANALYSIS meaning - STRESS-STRAIN ANALYSIS definition - STRESS-STRAIN ANALYSIS explanation. Source: Wikipedia.org article, adapted under https://creativecommons.org/licenses/by-sa/3.0/ license. SUBSCRIBE to our Google Earth flights channel - https://www.youtube.com/channel/UC6UuCPh7GrXznZi0Hz2YQnQ Stress–strain analysis (or stress analysis) is an engineering discipline that uses many methods to determine the stresses and strains in materials and structures subjected to forces. In continuum mechanics, stress is a physical quantity that expresses the internal forces that neighboring particles of a continuous material exert on each other, while strain is the measure of the deformation of the material. Stress analysis is a primary task for civil, mechanical and aerospace engineers involved in the design of structures of all sizes, such as tunnels, bridges and dams, aircraft and rocket bodies, mechanical parts, and even plastic cutlery and staples. Stress analysis is also used in the maintenance of such structures, and to investigate the causes of structural failures. Typically, the starting point for stress analysis are a geometrical description of the structure, the properties of the materials used for its parts, how the parts are joined, and the maximum or typical forces that are expected to be applied to the structure. The output data is typically a quantitative description of how the applied forces spread throughout the structure, resulting in stresses, strains and the deflections of the entire structure and each component of that structure. The analysis may consider forces that vary with time, such as engine vibrations or the load of moving vehicles. In that case, the stresses and deformations will also be functions of time and space. In engineering, stress analysis is often a tool rather than a goal in itself; the ultimate goal being the design of structures and artifacts that can withstand a specified load, using the minimum amount of material or that satisfies some other optimality criterion. Stress analysis may be performed through classical mathematical techniques, analytic mathematical modelling or computational simulation, experimental testing, or a combination of methods. The term stress analysis is used throughout this article for the sake of brevity, but it should be understood that the strains, and deflections of structures are of equal importance and in fact, an analysis of a structure may begin with the calculation of deflections or strains and end with calculation of the stresses. Stress analysis is specifically concerned with solid objects. The study of stresses in liquids and gases is the subject of fluid mechanics. Stress analysis adopts the macroscopic view of materials characteristic of continuum mechanics, namely that all properties of materials are homogeneous at small enough scales. Thus, even the smallest particle considered in stress analysis still contains an enormous number of atoms, and its properties are averages of the properties of those atoms. In stress analysis one normally disregards the physical causes of forces or the precise nature of the materials. Instead, one assumes that the stresses are related to strain of the material by known constitutive equations. By Newton's laws of motion, any external forces that act on a system must be balanced by internal reaction forces, or cause the particles in the affected part to accelerate. In a solid object, all particles must move substantially in concert in order to maintain the object's overall shape. It follows that any force applied to one part of a solid object must give rise to internal reaction forces that propagate from particle to particle throughout an extended part of the system. With very rare exceptions (such as ferromagnetic materials or planet-scale bodies), internal forces are due to very short range intermolecular interactions, and are therefore manifested as surface contact forces between adjacent particles — that is, as stress. ....
Views: 1560 The Audiopedia
How to create an FEA (Stress Analysis) Study in Autodesk Inventor
This is a video showing you how to create an FEA study within Autodesk Inventor. Covers adding constraints, loads, animations and reports. This is a single study (not parametric). Let me know what you think. Also request a video :)
Views: 15904 Autodesk Inventor Guy
catia video tutorial FEM analysis
FEM analysis of a mechanical part
Views: 334277 Ionut Ghionea
Views: 1079 Pandian Prabu
3D Finite Element Analysis with MATLAB
Download a trial: https://goo.gl/PSa78r See what's new in the latest release of MATLAB and Simulink: https://goo.gl/3MdQK1 Learn how to perform 3D Finite Element Analysis (FEA) in MATLAB. This can help you to perform high fidelity modeling for applications such as structural mechanics, electrostatics, magnetostatics, conduction, heat transfer, and diffusion. This webinar will demonstrate the workflow steps for 3D FEA in MATLAB: Define geometry Define equations (PDE coefficients) Define boundary and initial conditions Mesh over the geometry Solve and visualize results
Views: 24804 MATLAB
Autodesk Inventor Stress Analysis Basic Theory
Have you ever used Inventor Stress Analysis? Do you know what it’s really calculating, and what the results mean? This presentation aims to give a overview of the basics of structural FEA, in the context of the Inventor Professional Stress Analysis Environment. It will be new to some, review for others, and fun for all!
Stress Analysis of a Car Chassis using Autodesk Inventor
A quick tutorial to demonstrate stress analysis steps for a car chassis. I hope you will found it helpful!
Views: 11842 Tanmay Agrawal
Optimizing stress analysis calculations in Inventor 2010
This presentation explains a couple of techniques to optimize your assembly designs when using the Stress Analysis module that can be found in the Inventor Simulation 2010 and Inventor Professional 2010 products.
Views: 131772 Autodesk
ANSYS Workbench Tutorial - Pipe Stress Analysis - Beam Modeling
Stress analysis of a piping system. Using: - pipe pressure - pipe temperature - force reaction - moment reaction
Views: 1604 Tekbo
Piston Stress Analysis [Solidworks Simulation (2/2)]
Piston Stress Analysis Using Solidworks Simulation
Views: 14144 Kyle Skippon
This webinar will provide you an overview on the CAESAR II Underground Pipe stress analysis capabilities. * Basic procedure for performing UG pipe stress analysis. * The soil properties used for calculating the Soil Stiffness. * Usage of Anchor Blocks in case the system fails in Expansion case. Speaker Bio: Nagarajan S, working as Application Engineer in ImageGrafix Engineering Services Private Limited, completed his Post-Graduation from Osmania University in CAD-CAM in 2010 and Graduated in Mechanical Engineering from Aurora’s Engineering College in 2008. Having 4 plus years of experience as Application Engineer & Stress Analyst. He has strong working knowledge on software’s such as CAESAR - II, CADWorx and FEA Tools. He is working with ImageGrafix for past 3 ½ years and responsible for training and end-user support for CAESAR II, CADWorx and FEA Tools.
Fully Coupled Thermal Stress Analysis
Views: 15577 engineeringfea
Analysis of Stress - II
Lecture Series on Strength of Materials by Prof. S. K. Bhattacharyya, Department of Civil Engineering, IIT Kharagpur. For more details on NPTEL visit http://nptel.iitm.ac.in
Views: 157492 nptelhrd
Thermal Stress Analysis with Femap and NX Nastran
This online seminar is intended for inquisitive types that would like to know more about the fundamentals of thermal-stress analysis and how to solve such problems using Femap and NX Nastran. It was presented as an online technical seminar on April 2, 2015. Thermal-Stress and Thermal-Deflection analyses are an important subset of general finite element analysis (FEA) modeling. Such analyses are common in the development of rocket motors, ASME pressure vessels, electronics (PCB), electronic systems (automotive lamp systems), composite curing mandrels, generators, satellites, etc. For more Femap & NX Nastran resources, please visit Applied CAx at http://appliedcax.com
Views: 4787 Applied CAx
Views: 2465 Pandian Prabu
Abaqus Tutorial Videos - Stress Analysis of 3D Solid bracket in Abaqus
This video shows abaqus tutorials for beginners.This video gives Stress Analysis of 3D Solid bracket in Abaqus. OUR BLOG - https://trendingmechvideos.blogspot.com/ FOLLOW US ON FACEBOOK - https://www.facebook.com/TrendingMechVideos/ ▶️Watch Playlist below ▶️Abaqus Tutorials For Beginners https://www.youtube.com/playlist?list=PLNJWOLwOVUNyjM75SRIewBTFjt2wj37QP ▶️Abaqus Meshing Tutorials https://www.youtube.com/playlist?list=PLNJWOLwOVUNyuoEZEP0t4WUV3mSBHh-z4 ▶️How to Plot Graphs in Abaqus https://www.youtube.com/playlist?list=PLNJWOLwOVUNxVMlmZDVn7czUFRn9IwiOV ▶️How to Perform Static linear analysis in Abaqus https://www.youtube.com/playlist?list=PLNJWOLwOVUNwPoRAQfH7evnzRw8DLWlFx ▶️composite Material analysis and FE analysis https://www.youtube.com/playlist?list=PLNJWOLwOVUNzWojLD54CTyB89oPlhskrW ▶️How to Perform Non-Linear Analysis in Abaqus https://www.youtube.com/playlist?list=PLNJWOLwOVUNwdNesrMTU6QVWTAx8RB3Hw ▶️Abaqus Heat Transfer Tutorials for Beginners https://www.youtube.com/playlist?list=PLNJWOLwOVUNzvKmAwUZMMY7c5Gm_pjblN ▶️Basic Abaqus Tutorials for beginners https://www.youtube.com/playlist?list=PLNJWOLwOVUNxvtcki-bqYvI-s74OxVpWe ▶️Buckling and Postbuckling Analaysis in Abaqus https://www.youtube.com/playlist?list=PLNJWOLwOVUNx0LnhadSOZZihKnyTY6k89 ▶️Useful Abaqus Tutorial Videos https://www.youtube.com/playlist?list=PLNJWOLwOVUNyMTxG_6NOM701qgT31T1Tk ▶️ANSYS TUTORIALS FOR BEGINNERS https://www.youtube.com/playlist?list=PLNJWOLwOVUNwHsfXOWq6TWIgxQPRFrs0f
Views: 478 TrendingMechVideos
Stress analysis using photoelasticity.© UPV
Description of the fundamentals of photoelasticity and its application to experimental stress analysis, as an alternative to analytical and nunerical analyses. Autor: Giner Maravilla, Eugenio Universitat Politècnica de València - UPV Encuentra más vídeos docentes en nuestro canal http://www.youtube.com/user/valenciaupv Y consulta nuestras asignaturas libres OpenCourseWare en http://ocw.upv.es
Stress Analysis of a Plate with a Circular Hole using Ansys
Stress Analysis of a Plate with a Circular Hole For Engineering Mechanical Question paper visit our site https://spoonfeed2018.blogspot.com
Views: 96 Spoon Feed
Solidworks 2017 Static structural Analysis
https://www.youtube.com/channel/UCrXam4d_zjV0Mz3eEGGrwxg Solidworks 2017 Static structural Analysis
Views: 25339 karthik R
SIMULATION AND ANALYSIS LABORATORY To perform Stress analysis of simply supported beam.
Views: 4044 Tamilan raam
2D Static Stress Analysis using Abaqus/CAE
For more videos please visit: http://www.engineeringfea.com/
Views: 43334 sandip pardeshi
ABAQUS tutorial-Beam Structure(Static Stress Analysis of Gantry Crane)
This tutorial covers the beam structure modeling procedure and simple static stress analysis procedure. Thanks https://sites.google.com/site/bwengineeringac/
Views: 18043 B.W. Lee
SOLIDWORKS Simulation - Import Motion Loads to Stress Analysis
Learn how to import a load from SolidWorks Motion simulation at a specific frame and perform a static or stress analysis on it using SolidWorks Simulation. In this video we simulate the motion of a car jack, and the loads at a particular frame for one part are exported to SolidWorks Simulation where the ensuing stress results are calculated. QuickTips video presented by Arvind Krishnan of GoEngineer (www.goengineer.com).
Views: 17400 GoEngineer
Introduction to Solidworks Finite Element Analysis
Analysis based on Finite Based Analysis
Views: 11306 Vijay Kumar Pingali
Autodesk Inventor 2014 - Using And Creating A Stress Analysis
How to use stress analysis on Autodesk Inventor 2013 - Using a wooden table as a demo More videos on Autodesk Inventor, Revit and AutoCAD and more Adobe software videos uploading soon Will have website being published soon make sure to check it out! Any tutorial recomendation on any graphics software please message or comment, hope you enjoy and subscribe!
Views: 72534 Luke Pritchard
Solidworks Simulation-Thermal Stress Analysis
In this video you learn how to perform Thermal stress analysis. Thermal stress analysis is a type of static analysis, which is a subgroup of the structural class of problems. In thermal stress analysis, the temperatures obtained from thermal study were transferred to static study to get the thermal stresses due to temperature changes. In this video, you learn the following: • Including thermal effects in static studies using results from thermal studies. • Applying Structral contacts & Connections. Logical Solutions is a leading Authorized resellers for SOLIDWORKS Software in Hyderabad, Telangana & Andhra Pradesh. Logical Solutions offers complete portfolio of SOLIDWORKS 3D CAD software tools for Design, Analysis, Product Data Management, Technical Communications, and Electrical Design. For more details visit : http://www.logicalsolutions.in/products http://www.logicalsolutions.in/services For training visit : http://www.logicalsolutions.in/training E-mail: [email protected]
Views: 1284 Logical Solutions
Analysis of Strain - I
Lecture Series on Strength of Materials by Prof. S.K.Bhattacharyya, Department of Civil Engineering,I.I.T.,Kharagpur. For more details on NPTEL visit http://nptel.iitm.ac.in
Views: 68690 nptelhrd
Stress Analysis of a Plastic Bottle
We had a wonderful week at the Sensors Expo 2018 in San Jose, California. There were many biological, chemical, optical and mechanical sensors including Micro-Measurements strain gage sensors in various form factors. After receiving a water bottle from Digi-Key, we decided to measure it’s deformation with a strain gage that is available from Digi-Key. As we all know, plastic water bottles are becoming a significant portion of the municipal solid waste. Recycling plastic water bottles helps to create more space that can be used for other waste. Recycling can also help reduce the number of plastic water bottles that end up as litter in our community. For experimental mechanics, polymeric materials present unique challenges. Their diverse nature makes it difficult to prescribe generic measurement solutions. Fortunately, there are many common requirements for making strain measurements on plastics. Digi-Key can now ship a wide selection of standard Micro-Measurements strain gages (gauges) with no minimum order requirements, including most popular models used in critical circuits for load cells, force transducers, avionics, transportation, high-temperature, military, and space systems, in addition to automatic test equipment, farm machinery, alternative energy, automotive, medical, and energy exploration applications. Micro-Measurements Strain Gages for Stress Analysis Now Available from Digi-Key: please visit our Supplier Marketing Center on the Digi-Key website https://www.digikey.com/en/supplier-centers/m/micro-measurements Our new program with Digi-Key will provide quick availability of a wide variety of our standard strain gages (gauges) for stress analysis purposes and as the sensing elements in transducers for measuring physical variables other than strain, such as weight, force, torque, and pressure. Training Programs and Schedules: http://www.vishaypg.com/micro-measurements/training-programs/ StrainTalks™ seminar: https://straintalks.com/ StrainBond™? https://strainbond.com/ StrainBlog: https://www.strainblog.com/
Views: 184 Micro-Measurements

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