Apac
  • Home
  • CXO Insights
  • CIO Views
  • News
  • Conferences
  • Newsletter
  • Whitepapers
  • About us
Apac
  • Admired Tech

    Agile

    AI Healthcare

    Artificial Intelligence

    Augmented Reality

    Aviation

    Big Data

    Blockchain

    Cloud

    Cryptocurrency

    Cyber Security

    DevOps

    Digital Transformation

    Drone

    HPC

    Infrared

    Internet of Things

    IT Services

    Marine Tech

    Networking

    PropTech

    Remote Work

    Robotics

    Scheduling Software

    Sensor Tech

    Simulation

    Smart City

    Software Testing

    Startup

    Storage

    Unified Communication

    Web Development

    Wireless

  • Automotive

    Banking

    Capital Market

    Construction

    E-Commerce

    Education

    FinTech

    Food and Beverages

    Gov and Public

    Healthcare

    Insurance

    Legal

    Logistics

    Manufacturing

    Media and Entertainment

    Metals and Mining

    Pharma and Life Science

    Retail

    Sports

    Travel and Hospitality

  • CISCO

    Google

    IBM

    Microsoft

    Oracle

    Salesforce

    SAP

    ServiceNow

  • Business Intelligence

    CEM

    Cloud-based Planning

    Cognitive

    Collaboration

    Compliance

    Contact Center

    Contact Tracing

    Contactless Payments

    Corporate Finance

    CRM

    Custom Software Development

    Data Center

    Digital Signage

    Enterprise Architecture

    Enterprise Asset Management

    Enterprise Communications

    Enterprise Contract Management

    Enterprise Performance Management

    ERP

    Facility Management

    Field Service

    Fleet Management

    Gamification

    HR Technology

    IT Infrastructure

    IT Service Management

    Managed Services

    PLM

    Procurement

    Product Management

    Project Management

    RegTech

    Revenue Management

    Sales Tech

Menu
    • CISCO
    • Collaboration
    • Compliance
    • Contact Center
    • Healthcare
    • IT Service Management
    • Microsoft
    • Retail
    • MORE
    #

    Apac CIO Outlook Weekly Brief

    ×

    Be first to read the latest tech news, Industry Leader's Insights, and CIO interviews of medium and large enterprises exclusively from Apac CIO Outlook

    Subscribe

    loading

    THANK YOU FOR SUBSCRIBING

    • Home
    • News
    • Simulation
    Editor's Pick (1 - 4 of 8)
    left
    The Cloud, IoT, and Machine Learning-Leading to the Path of Opportunities

    Michael Spandau, CIO & SVP, Fender Musical Instruments Corporation

    Do What You Want To Do, Not What You Have To Do

    Curt Pederson, CIO, University of Portland

    Analytics and Simulation-Powerful Tools in Business

    Robert Roser, CIO, Fermilab

    Technology should be Seamless across all Form Factors

    Jeff Willis, CIO, Allrecipes

    The Move to Managed Services is the Smarter Way to Invest IT Dollars

    Ray Harris, CIO, Ironbow Technologies

    Using Simulation to Improve Patient Safety and Quality of Care How the Nemours Institute for Clinical Excellence is Taking Simulation Further

    Maria Carmen G. Diaz, Medical Director of Simulation, Nemours Institute for Clinical Excellence, North.

    First Principle Models to bolster the Digital Twin Panorama

    Richard Porter, Principal Engineer, Simulation, Yokogawa Australia Pty Ltd

    The Game Changing Face of Simulation

    Yu Fang Yong, Expert in Mechanical Architecture Structural Simulation Test and Analysis, Continental and Wong Chee Ling, Group Leader of Electrical and Mechanical Simulation and Verification, Continental

    right

    Simulation Reinvents Additive Manufacturing Processes!

    By Apac CIO Outlook | Monday, January 06, 2020
    Tweet

    The incorporation of simulation in additive manufacturing can help organizations in predicting the outcomes of parts, facilitating better results.

    FREMONT, CA: The fourth industrial revolution has brought forth revolutionary technologies, and additive manufacturing is one of them. It has enabled organizations to manage large scales of data, utilizing it in groundbreaking technologies such as laser power bed fusion (LPBF) and electron beam melting (EBM).

    In the additive manufacturing process, the components have a build envelope of 30m. The material melt pool is about 100 microns, and the laser travels several kilometers to develop a complete part. However, it requires a cooling rate of 1 million degrees per second and a seamless flow of operations.

    LPBF has enabled the development of sophisticated parts with convoluted geometrics. It can manipulate material properties to build them in an intricate, step-by-step manner. The elements created through LPBF can have varying hardness and stiffness throughout its microstructure, allowing the inclusion of pores in some areas of the part. The capability of tailoring properties at different locations can optimize the performance of the components.

    Check This Out: Top Simulation Companies

    The incorporation of a simulation process can enable the manufacturers to predict the results. It can find applications in aerospace and automotive industries to produce safe and precise end-user products. However, the viability of the simulation depends on the improvements in the results. Hence, the simulation needs to be prompt and accurate when predicting the performance of the components. 

    Research reveals that the accurate prediction capability of the simulation depends on specific factors. Even if a small defect is ignored during the simulation process, it can completely alter the predictions. Hence, simulation has to be conducted on a multi-scale level to deliver accurate results. In processes such as LPBF and EBM, which depend on data, it is challenging to maintain a balance between accuracy and computation time.

    To drive accuracy in simulation, it is necessary to connect the different factors in component design, including at part-level, multilayer, and melt pool into an integrated framework. Only by balancing all the factors can simulation technology be viable enough for applications in LPBF and EBM processes.

    The current technology cannot accommodate accurate simulation in a short period. Hence, it is necessary to focus on the speed aspect of simulation to make it viable for regulated industries. Also, additive manufacturing technologies can be potentially used for testing functional prototypes to measure the performance level. The development of simulation in the additive manufacturing sector can drive its adoption in mass production industries. 


    Check out: The Manufacturing Outlook

    tag

    Aerospace

    Simulation Technology

    Weekly Brief

    loading
    ON THE DECK

    Content Management System 2020

    Top Vendors

    Contactless Payments 2020

    Top Vendors

    Admired Tech 2020

    Top Vendors

    Previous Next

    I agree We use cookies on this website to enhance your user experience. By clicking any link on this page you are giving your consent for us to set cookies. More info

    Read Also

    Leveraging CRM to Transform Leads Into Customers

    Leveraging CRM to Transform Leads Into Customers

    Major IoT Software Implementation Challenges

    Major IoT Software Implementation Challenges

    Key Advantages of Using Smart Home Technologies

    Key Advantages of Using Smart Home Technologies

    The Relevance of LMS in Education

    The Relevance of LMS in Education

    Advantages of Using the Microsoft Office Suite for Businesses

    Advantages of Using the Microsoft Office Suite for Businesses

    Three Shopping Trends in Fashion Industry

    Three Shopping Trends in Fashion Industry

    Loading...

    Copyright © 2021 APAC CIOoutlook. All rights reserved. Registration on or use of this site constitutes acceptance of our Terms of Use and Privacy Policy  |  Sitemap |  Subscribe

    follow on linkedinfollow on twitter follow on rss
    This content is copyright protected

    However, if you would like to share the information in this article, you may use the link below:

    https://www.apacciooutlook.com/news/simulation-reinvents-additive-manufacturing-processes-nwid-6580.html