Paanduv Applications

This video shows 5-layer 2-track cantilever pattern complete case study using AM PravaH. This includes the melt pool dynamics, indepth observations, physics included, thermal plots, microstructure analysis and deduction of important information from the AM simulations using AM PravaH. #Additivemanufacturing #3dprinting

Our new newsletter is out, and it’s packed with cool stuff! See how AM PravaH is changing the game in defence tech with DRDO. We’re also celebrating the awesome winners of the International Simulation Olympiad! Plus, don’t miss Part II of our series on Additive Manufacturing. We’ve got some great case studies featuring AM PravaH that you won’t want to miss. #newsletter #additivemanufacturing

3 track and 3 layer microstructure analysis of Maraging Steel This animation represents a multi-track multi-layer microstructure evolution of LPBF process of Maraging steel alloy with grain size distribution, angular chord length distribution (CFD) using AM PravaH. AM PravaH gives the user a detailed data postprocessing and analysis feature, that is a unique feature of AM PravaH. Grain size distribution describes the range and frequency of different grain sizes in a given sample. It provides information about how the sizes of the grains or particles are distributed within the material. Chord length distribution(CLD), describes how the lengths of randomly drawn chords in a particular geometric shape are distributed. Angular CLD, This distribution describes how the length of the chord changes as a function of the subtended angle θ. Essentially, it gives you a way to understand the frequency or probability of finding chords of various lengths when considering different orientations. #additivemanufacturing #engineering

Join us TODAY for the grand reveal of the ISimO 2024 winners! We can't wait to announce the champions and celebrate their incredible achievements. Be part of this thrilling event featuring a dynamic panel discussion with industry leaders: Adwaith Gupta, Dr. Chandan Bose, Dr. Ganesh Madabattula, Ph.D., Dr. Ghanshyam Singh Shivam Gupta Time: 11:30 AM to 12:30 PM IST  (06:00 to 07:00 AM GMT) Event link - https://2ly.link/1zNCo

Meet all the CFD enthusiasts! Join us tomorrow for the grand reveal of ISimO 2024 winners! We can’t wait to announce the winners and celebrate their extraordinary achievements. Be part of this thrilling event featuring a dynamic panel discussion with Adwaith Gupta, Dr. Ganesh Madabattula, Ph.D., Dr. Chandan Bose, and Dr. Ghanshyam Singh, Shivam Gupta. Mark your calendar and stay tuned for all the excitement! Date: 28th August 2024   Time: 11:30 AM to 12:30 PM IST  (06:00 to 07:00 AM GMT) Event link - https://2ly.link/1zNCo #ISimO2024 #CFD #paneldiscussion #Innovation #competition

Happy Janmashtami & Celebrating 4 Years of Innovation! On this auspicious occasion of Janmashtami, Paanduv Applications is thrilled to celebrate not only the birth of Lord Krishna but also our 4-year journey of innovation and excellence. We extend our heartfelt gratitude to our clients, partners, and team members for their unwavering support and dedication. May Lord Krishna’s blessings continue to guide us towards greater success and prosperity. #celebration #janmashtami #inovation

Analysis of Multi-Track, Multi-Layer Microstructure in Maraging Steel This animation illustrates the evolution of the microstructure in Maraging steel alloy during the LPBF (Laser Powder Bed Fusion) process, featuring a three-track and two-layer analysis. The simulation includes both isometric and top views, showcasing grain size distribution and angular chord length distribution using #AMPravaH. AM PravaH offers in-depth data postprocessing and analysis capabilities, distinguishing itself with these unique features. Grain size distribution describes the range and frequency of different grain sizes in a given sample. It provides information about how the sizes of the grains or particles are distributed within the material. Chord length distribution(CLD), describes how the lengths of randomly drawn chords in a particular geometric shape are distributed. Angular CLD, This distribution describes how the length of the chord changes as a function of the subtended angle θ. Essentially, it gives you a way to understand the frequency or probability of finding chords of various lengths when considering different orientations. #additivemanufacturing #engineering

We are excited to share that Our founder, Adwaith Gupta, is going to be a guest speaker at Shri Ram Murti Smarak (SRMS) Institutions! He’ll be talking about “Career Prospects for Engineering Graduates in Scientific Computing.” This is a great chance for all of you engineering students to get some awesome insights and tips from an industry pro. Don’t miss out! Date: August 29, 2024 Time: 01:10 PM - 02:10 PM  Venue: SRMS College #career #talk #engineer #highereducation

Celebrating National Space Day with a salute to India's cosmic journey! Today we honor India’s remarkable journey into the cosmos. From the brilliant Chandrayaan and Mangalyaan missions to our future endeavors, the stars are within our reach. Let’s celebrate the wonders of space and the spirit of exploration that defines us. Here’s to aiming high and reaching for the stars! #Nationalspaceday #India #ISRO #Exploration

Non-spherical particle powder bed preparation for LPBF using AM PravaH As the Paanduv Applications team is continuously working on new features in AM PravaH, this simulation video shows Non-spherical powder particles being spread on a bed using a blade spreader to form a powder bed for the LPBF process. The particles include different superquadric shapes. The shape and size of particles significantly affect the powder bed density and the real powder particles are never spherical, so to mimic the process accurately, it is important to consider particle distribution. This feature in AM PravaH will help users simulate their own powder particles to predict the powder bed and ultimately predict the meltpool accurately. #additivemanufacturing #3dprinting #metal3dprinting #lpbf #meltpool #cfd