Subscribe to get updates!
ANSYS Startup Program
Do you have an Internet of Things Strategy?
Looking for ANSYS Training?
Trying to Find a Computer Built for Simulation?
Introduction to the ANSYS Parametric Design Language
- Cellular Design Strategies in Nature: A Classification
- New: PADT’s Medical Device Capabilities and Portfolio Presentation
- Phoenix Business Journal: Instant messaging and business communication
- Phoenix Business Journal: How can technology further art?
- Phoenix Business Journal: What the heck is happening? There is too much going on in Arizona tech
Author Archives: Dhruv Bhate, PhD
What types of cellular designs do we find in nature? Cellular structures are an important area of research in Additive Manufacturing (AM), including work we are doing here at PADT. As I described in a previous blog post, the research landscape … Continue reading
Thursday, March 2 is PADT’s annual SciTech Festival Open House, from 5-8pm (click HERE to register). This year, three student groups working on a range of projects will be present to showcase their work, all of which involved some level of 3D … Continue reading
Our work on 3D printed honeycomb modeling that started as a Capstone project with students from ASU in September 2015 (described in a previous blog post), was published in a peer-reviewed paper released last week in the proceedings of the SFF … Continue reading
The Wake Forest Institute of Regenerative Medicine (WFIRM) hosted about 400 attendees at the annual Biofabrication conference, held this year at Winston-Salem, NC (Oct 28-Nov 1, 2016). The conference included a 2 hour tour of WFIRM’s incredible facilities, 145 posters, … Continue reading
In this post, I discuss six challenges that make the modeling of 3D printed cellular structures (such as honeycombs and lattices) a non-trivial matter. In a following post, I will present how some of these problems have been addressed with different approaches. At the outset, I … Continue reading
I am writing this post after visiting the 27th SFF Symposium, a 3-day Additive Manufacturing (AM) conference held annually at the University of Texas at Austin. The SFF Symposium stands apart from other 3D printing conferences held in the US (such as AMUG, … Continue reading
Is PolyJet MED610 truly biocompatible? And what does that mean anyway? A couple of months ago, our product development team contacted me to see if I could 3D print them a small bio-compatible masking device that was needed for temporary attachment to … Continue reading
A few months ago, I did a post on the Technology Trends in Laser-based Metal Additive Manufacturing where I identified 5 key directions that technology was moving in. In this post, I want to do the same, but for a different technology … Continue reading
Have you ever looked at the mechanical properties in an FDM material datasheet (one example shown below for Stratasys ULTEM-9085) and wondered why properties were prescribed in the non-traditional manner of XZ and ZX orientation? You may also have wondered, as … Continue reading
“Why are there so many different software solutions in Additive Manufacturing and which ones do I really need?“ This was a question I was asked at lunch during the recently concluded RAPID 3D printing conference by a manager at an aerospace company. … Continue reading
While much has been (justifiably) written about HP and XJet releasing new, potentially game-changing products at RAPID 2016, I wanted to write this post about some of the smaller, unexpected joys that I discovered. If I sound overly enthusiastic about … Continue reading