Dhruv Bhate

Energy Absorption in Aperiodic Cellular Materials

Aperiodic cellular design has potential in lightweight efficient energy absorbers and can result in a more efficient and sustainable design.

Program: FURI

Analysis of Additively Manufactured Sintered Wicks for Use in Developing Heat Pipes

Additive manufacturing will allow for the pursuit of bio-inspired designs in a new class of thermal management solutions.

Program: FURI

Energy Absorption in Aperiodic Cellular Materials

Aperiodic design has the potential to improve the energy absorption performance of cellular materials resulting in more sustainable designs.

Program: FURI

Design and Testing of 3D Printed Multimaterial Structures for Energy Absorption

Learning to design 3D-printed multi-material energy absorbers will help to reduce injuries for people in high-impact situations.

Program: FURI

Surface Roughness in Metal Additive Manufacturing: Towards Accurate Measurement of Relevant Metrics

Studying surface irregularities in metal 3D printing will help manufacturers build more resilient parts for end-users.

Program: FURI

Collapsible, Large Scale 3D Printer

Developing a portable 3D printer that prints medical devices will help medical professionals in rural areas create custom devices and prototypes.

Program: KEEN

Additive Manufacturing for the Validation of Biomimetic Design Principles: The Structural Mechanics of Insect Nests

Studying the geometry of social insect nests will help optimize honeycombs for additive manufacturing purposes.

Program: FURI

The effect of corner radius on the mechanical behavior of additively manufactured honeycomb structures

Program: MORE

Additive Manufacturing for the Validation of Biomimetic Design Principles: The Structural Mechanics of Insect Nests

Program: FURI

Parametric Design Optimization of Multi-Functional Honeycomb Structures for Additive Manufacturing

Program: MORE