Faculty

Institution

Unit

Venue

David Safranski

Adjunct Assistant Professor Director of Basic Research

Georgia Institute of Technology

Affiliations

College of Engineering

School of Materials Science and Engineering

David Safranski is currently serving as a College Of Engineering Adjunct Assistant Professor Director of Basic Research at Georgia Institute of Technology.

Honors

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Experiences

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Education

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David Safranski

Georgia Institute of Technology

Adjunct Assistant Professor Director of Basic Research

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materials science polymer science biomedical engineering mechanical engineering advanced materials polymer engineering orthopedic surgery materials engineering polymer technology engineering biomechanics composite science additive manufacturing mechanics of materials tissue engineering mechanical behavior biomaterials biomaterials design polymer materials mechanical science material research biopolymers shape-memory polymers advanced manufacturing technologies biomechanical performance porous materials tribology interface science manufacturing technology surface nanotechnology high-performance materials thermo-mechanical properties bone research advanced functional materials polymer degradation polymer properties mechanical deformation durability performance surface topography shape-memory polymer material chemistry thermal engineering biofabrication thermal conductivity polymer stability surface processing surface modification surface treatments load-bearing capacity finite element methods structural performance manufacturing engineering porosity powder metallurgy laser processing technology fatigue management layered materials pediatric surgery surface chemistry spine surgery lumbar spine spine care macromolecular chemistry macromolecular science surface engineering sheet-based gyroid microarchitecture as-built selective laser bone tissue engineering fatigue behavior titanium scaffolds bone-implant interface porous peek surface-porous polyether-ether-ketone load-bearing orthopedic implants finite element analysis simulated bone ingrowth mechanical properties advanced manufacturing 3d printing

Notable Scholarly Works

Notable Federal Grants

Collaborators

4D Printed Shape Memory Polymers in Focused Ultrasound Fields. Additive manufacturing (2024)

Hrishikesh KulkarniJiaxin XiAhmed SallamPhoenix LeeDavid SafranskiReza MirzaeifarShima Shahab

polymer engineeringpolymer technologydigital fabricationbiological engineeringmechanical engineeringmanufacturing technologydigital manufacturingrapid prototypingpolymer additiveprecision engineeringadvanced manufacturing technologiesadvanced materialspolymer sciencefocused ultrasound fields3d printingadditive manufacturingengineeringmanufacturing

Biomechanical Advantages of Sustained Dynamic Compression Over Static Fixation in Subtalar Arthrodesis. Foot & Ankle Orthopaedics (2024)

Christopher E. GrossShannon KingRyan BrownTaylor FilicetteJames JohnsonDavid Safranski

orthopedic biomechanicsbiomechanical advantagesstatic fixationsubtalar arthrodesisbiomechanicssustained dynamic compressionorthopaedic surgeryorthopaedic research

Biomechanical Performance of 4-Leg Sustained Dynamic Compression Staples in First Tarsometatarsal Arthrodesis. Foot & Ankle Specialist (2024)

Tian WangMatthew PelletierJames JohnsonCourtney KlineWilliam WalshCraig LareauDavid Safranski

orthopedic biomechanicsfirst tarsometatarsal arthrodesismechanical performancebiomechanicsorthopaedic surgerybiomechanical performance

Hydrophilic and Hydrophobic Shape Memory Polymer Networks in High-Intensity Focused Ultrasound Fields. Smart Materials and Structures (2024)

Jiaxin XiAhmed SallamDavid L SafranskiReza MirzaeifarShima Shahab

polymer engineeringmaterials sciencestructural engineeringultrasound fieldscomposite scienceadditive manufacturingmaterial researchmaterials engineeringadvanced materialsamphiphilic systeminterfacial studiespolymer technologysmart polymersultrasoundbiomedical imagingengineering structuresbiomedical engineeringpolymer scienceengineering

Impact of Device Trajectory and Device Type on Compression During Simulated Bone Resorption in a Subtalar Model. Foot & Ankle Orthopaedics (2024)

David SafranskiChristopher E. GrossShannon KingJames Johnson

device trajectorymodel compressionsimulated bone resorptionsubtalar modelcompression (physics)orthopedic surgerydevice typeorthopaedic surgery

The Use of Highly Variable Angle Screws Increased Compression in Orthopaedic Plating. Foot & Ankle Orthopaedics (2024)

Samuel B. AdamsChristopher E. GrossShannon KingTaylor FilicetteJames JohnsonDavid Safranski

orthopedic biomechanicsorthopedic surgeryvariable angle screwsorthopaedic platingorthopaedic surgeryorthopaedic research

Biomechanical Performance of Static Compression Devices Compared to Nitinol Compression Devices in Simulated First Metatarsophalangeal Joint Arthrodesis. Foot & Ankle Orthopaedics (2023)

Tyler GonzalezJ. Benjamin JacksonShannon KingKristen GregoryJames JohnsonCourtney KlineDavid Safranski

orthopedic biomechanicsorthopedic surgerybiomechanicsstatic compression devicesorthopaedic surgerybiomechanical performance

Effect of Arthrodesis Device Type and Trajectory on Subtalar Joint Compression. The Journal of Foot & Ankle Surgery (2023)

Caitlyn J. BealsKenneth M. DupontChristopher E. GrossDavid L. Safranski

surgeryarthrodesis device typesubtalar joint compressionupper extremityorthopedic surgerytrauma surgeryorthopaedic surgery

Effect of Intramedullary Nail Stiffness on Load-Sharing in Tibiotalocalcaneal Arthrodesis: A Patient-Specific Finite Element Study. PLoS ONE (2023)

Patrick TerrillRavi PatelDouglas PacaccioKenneth DupontDavid SafranskiChristopher YakackiDana Carpenter

tibiotalocalcaneal arthrodesisrehabilitationmechanical engineeringorthopedic biomechanicsupper extremityorthopedic surgeryintramedullary nail stiffnessbiomechanicsorthopaedic surgery

Four-Leg Sustained Dynamic Compression Staple and Screw Generates Superior Lapidus Construct as Compared to Plate and Screw: A Biomechanical Study. Foot & Ankle Orthopaedics (2023)

David SafranskiTian WangJames JohnsonCourtney KlineBill WalshCraig R. Lareau

rehabilitationmechanical engineeringdynamic compression stapleupper extremitybiomechanical studyorthopedic surgeryathletic trainingbiomechanicsorthopaedic surgery

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David Safranski

Adjunct Assistant Professor Director of Basic Research

Georgia Institute of Technology

Affiliations

College of Engineering

School of Materials Science and Engineering

David Safranski is currently serving as a College Of Engineering Adjunct Assistant Professor Director of Basic Research at Georgia Institute of Technology.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

David Safranski

Georgia Institute of Technology

Adjunct Assistant Professor Director of Basic Research

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

4D Printed Shape Memory Polymers in Focused Ultrasound Fields. Additive manufacturing (2024)

Hrishikesh KulkarniJiaxin XiAhmed SallamPhoenix LeeDavid SafranskiReza MirzaeifarShima Shahab

Biomechanical Advantages of Sustained Dynamic Compression Over Static Fixation in Subtalar Arthrodesis. Foot & Ankle Orthopaedics (2024)

Christopher E. GrossShannon KingRyan BrownTaylor FilicetteJames JohnsonDavid Safranski

orthopedic biomechanicsbiomechanical advantagesstatic fixationsubtalar arthrodesisbiomechanicssustained dynamic compressionorthopaedic surgeryorthopaedic research

Biomechanical Performance of 4-Leg Sustained Dynamic Compression Staples in First Tarsometatarsal Arthrodesis. Foot & Ankle Specialist (2024)

Tian WangMatthew PelletierJames JohnsonCourtney KlineWilliam WalshCraig LareauDavid Safranski

orthopedic biomechanicsfirst tarsometatarsal arthrodesismechanical performancebiomechanicsorthopaedic surgerybiomechanical performance

Hydrophilic and Hydrophobic Shape Memory Polymer Networks in High-Intensity Focused Ultrasound Fields. Smart Materials and Structures (2024)

Jiaxin XiAhmed SallamDavid L SafranskiReza MirzaeifarShima Shahab

Impact of Device Trajectory and Device Type on Compression During Simulated Bone Resorption in a Subtalar Model. Foot & Ankle Orthopaedics (2024)

David SafranskiChristopher E. GrossShannon KingJames Johnson

device trajectorymodel compressionsimulated bone resorptionsubtalar modelcompression (physics)orthopedic surgerydevice typeorthopaedic surgery

The Use of Highly Variable Angle Screws Increased Compression in Orthopaedic Plating. Foot & Ankle Orthopaedics (2024)

Samuel B. AdamsChristopher E. GrossShannon KingTaylor FilicetteJames JohnsonDavid Safranski

orthopedic biomechanicsorthopedic surgeryvariable angle screwsorthopaedic platingorthopaedic surgeryorthopaedic research

Biomechanical Performance of Static Compression Devices Compared to Nitinol Compression Devices in Simulated First Metatarsophalangeal Joint Arthrodesis. Foot & Ankle Orthopaedics (2023)

Tyler GonzalezJ. Benjamin JacksonShannon KingKristen GregoryJames JohnsonCourtney KlineDavid Safranski

orthopedic biomechanicsorthopedic surgerybiomechanicsstatic compression devicesorthopaedic surgerybiomechanical performance

Effect of Arthrodesis Device Type and Trajectory on Subtalar Joint Compression. The Journal of Foot & Ankle Surgery (2023)

Caitlyn J. BealsKenneth M. DupontChristopher E. GrossDavid L. Safranski

surgeryarthrodesis device typesubtalar joint compressionupper extremityorthopedic surgerytrauma surgeryorthopaedic surgery

Effect of Intramedullary Nail Stiffness on Load-Sharing in Tibiotalocalcaneal Arthrodesis: A Patient-Specific Finite Element Study. PLoS ONE (2023)

Patrick TerrillRavi PatelDouglas PacaccioKenneth DupontDavid SafranskiChristopher YakackiDana Carpenter

tibiotalocalcaneal arthrodesisrehabilitationmechanical engineeringorthopedic biomechanicsupper extremityorthopedic surgeryintramedullary nail stiffnessbiomechanicsorthopaedic surgery

Four-Leg Sustained Dynamic Compression Staple and Screw Generates Superior Lapidus Construct as Compared to Plate and Screw: A Biomechanical Study. Foot & Ankle Orthopaedics (2023)

David SafranskiTian WangJames JohnsonCourtney KlineBill WalshCraig R. Lareau

rehabilitationmechanical engineeringdynamic compression stapleupper extremitybiomechanical studyorthopedic surgeryathletic trainingbiomechanicsorthopaedic surgery

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10 / page

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David Dean

Institution

Ohio State University

bone implants

custom polymeric tissue

Lisa Pruitt

Institution

University of California, Berkeley

medical polymer

biomechanics

Nikolaos Michailidis

Institution

Texas A&M University

materials science

mechanical engineering

Majid Minary

Institution

University of Texas at Dallas

microfabrication

probe microscopy

Scott Hollister

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Paulette Spencer

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biomedical engineering

nanoparticle research

Yunzhi Peter Yang

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biomedical engineering

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Clare Rimnac

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Case Western Reserve University

mechanical performance

mechanical behavior

Vladimir Tsukruk

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bio-inspired surface assemblies

biologically enabled

Lukasz Witek

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biotechnology advance

biomaterial