Rion Wendland

Publications

In situ optical coherence tomography reveals significant size dependence of hydrogel working curves

March 9, 2026

Author(s)

Rion Wendland, Orion Kafka, Thomas Kolibaba, Callie Higgins, Grant Draper, Nick Clinton, Raghuveer Lalitha Sridhar, Kalyan Vydiam, Daniel Backman, Aman Kaur, Matt Gelber, Matthew Bedell, Scott Turner, Jason Killgore

A practical guide to hydrogel working curves for bioprinting

May 22, 2025

Author(s)

Rion Wendland, Thomas Kolibaba, Kristan Worthington, Jason Killgore

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Data and Software Publications

Gap Dependent Photorheology Data and Analysis Code to accompany "Mechanical Master Curves of Optically-thick Photopolymer Gels by Gap-dependent Photorheology"

Author(s)

Jason Philip Killgore, Rion Wendland, Callie Higgins, Daniel Backman, Shail Mehta, Charles Hull, Scott Turner

This data set contains results from photorheology measurements (e.g. G', G'', torque) as a function of time for specified gaps and irradiances. UV exposure is turned on at 30 s and remains on for 60 s

Data Publication for "Extreme size and irradiance dependence in high-resolution vat photopolymerization of hydrogels"

Author(s)

Rion Wendland, Orion Kafka, Thomas Kolibaba, Callie Higgins, Jason Killgore

This record contains example supporting documents and data for "Extreme size and irradiance dependence in high-resolution vat photopolymerization of hydrogels" available online at https://doi.org/10

AM Bench 2025 Vat Photopolymerization Challenge 09

Author(s)

Callie Higgins, Jason Killgore, Thomas Kolibaba, Rion Wendland, Orion Kafka

This Photopolymer AM Bench-2025 Challenge is to predict the cure depth versus radiant exposure (often called dose) of prototypical resins with varying monomer functionality and photoabsorber type, for

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Rion Wendland (Fed)

Publications

Data and Software Publications