Faculty

Institution

Unit

Venue

Jonas Hauptman

Assistant Professor

Virginia Tech

Affiliations

College of Architecture, Arts, and Design

School of Design

Jonas Hauptman is currently serving as a College Of Architecture, Arts, And Design Assistant Professor at Virginia Tech.

Honors

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Experiences

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Education

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Jonas Hauptman

Virginia Tech

Assistant Professor

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materials science mechanical engineering materials engineering structural mechanics sustainable design strength property wood technology tre gai bamboo culm length engineering environmental engineering manufacturing forestry material culture cultural anthropology cultural studies manufacturing technology cultural change design culture cultural heritage digital fabrication soil modification wood modification environmental design cultural practices cultural analysis cultural sustainability cultural heritage management material conversion engineered bamboo processing bambusa spinosa strength perpendicular-to-fibre thick-walled timber bamboo solid bamboo species new research cultural perception strength perpendicular-to-fiber generative design architecture bio-inspired design design circular economy architectural design

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluation of Tre Gai Bamboo (Bambusa Spinosa) Bending Strength Perpendicular-To-Fibre Along the Culm Length. Advances in Bamboo Science (2024)

Daniel HindmanEsra SatirAngela RaraReyyan OkutanC. Taylor DeanKerrigan StrongJoseph PomponiJonas Hauptman

strength propertymaterials sciencetre gai bambooculm lengthmechanical engineeringstructural mechanicsbambusa spinosastrength perpendicular-to-fibre

Advances in Engineered Bamboo Processing: Material Conversion and Structure. Advances in Bamboo Science (2023)

Mohammad Khajouei-NezhadKate SempleVahid NasirYu’an HuGreg MarggrafJonas HauptmanChunping Dai

material conversionengineered bamboo processingmanufacturingengineering

Evaluation of Tre Gai Bamboo Bending Strength Perpendicular-To-Fiber Along Culm Length. (2023)

Daniel HindmanEsra SatirAngela RaraReyyan OkutanKerrigan StrongJoseph PomponiC. Taylor DeanJonas Hauptman

materials sciencestrength propertytre gai bambooculm lengthmechanical engineeringmaterials engineeringstructural mechanicsstrength perpendicular-to-fibergeotechnical engineeringapplied physicswood technologymechanics of materials

Lightly Modifying Thick-Walled Timber Bamboo: An Overview. Environmental footprints and eco-design of products and processes (2023)

Jonas HauptmanRamtin HaghnazarGreg MarggrafYasaman Ashjazadeh

environmental engineeringmaterials sciencethick-walled timber bambooforestrydesignsoil modificationwood modificationenvironmental designsustainable designwood technology

Addressing Barriers for Bamboo:: Techniques for Altering Cultural Perception. ARCC Conference Repository (2019)

Kyle SchumannJonas HauptmanKatie MacDonald

cultural practicescultural analysissolid bamboo speciescultural changenew researchcultural sustainabilitycultural heritage managementanthropologymaterial culturedesign culturecultural heritageculturecultural perceptioncultural anthropologysustainable designcultural studies

Digital Fabrication of Standardless Materials. ACADIA quarterly (2019)

Katie MacDonaldKyle SchumannJonas Hauptman

materials sciencematerials engineeringdigital fabricationmanufacturing technology

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Jonas Hauptman

Assistant Professor

Virginia Tech

Affiliations

College of Architecture, Arts, and Design

School of Design

Jonas Hauptman is currently serving as a College Of Architecture, Arts, And Design Assistant Professor at Virginia Tech.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Jonas Hauptman

Virginia Tech

Assistant Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Evaluation of Tre Gai Bamboo (Bambusa Spinosa) Bending Strength Perpendicular-To-Fibre Along the Culm Length. Advances in Bamboo Science (2024)

Daniel HindmanEsra SatirAngela RaraReyyan OkutanC. Taylor DeanKerrigan StrongJoseph PomponiJonas Hauptman

strength propertymaterials sciencetre gai bambooculm lengthmechanical engineeringstructural mechanicsbambusa spinosastrength perpendicular-to-fibre

Advances in Engineered Bamboo Processing: Material Conversion and Structure. Advances in Bamboo Science (2023)

Mohammad Khajouei-NezhadKate SempleVahid NasirYu’an HuGreg MarggrafJonas HauptmanChunping Dai

material conversionengineered bamboo processingmanufacturingengineering

Evaluation of Tre Gai Bamboo Bending Strength Perpendicular-To-Fiber Along Culm Length. (2023)

Daniel HindmanEsra SatirAngela RaraReyyan OkutanKerrigan StrongJoseph PomponiC. Taylor DeanJonas Hauptman

Lightly Modifying Thick-Walled Timber Bamboo: An Overview. Environmental footprints and eco-design of products and processes (2023)

Jonas HauptmanRamtin HaghnazarGreg MarggrafYasaman Ashjazadeh

environmental engineeringmaterials sciencethick-walled timber bambooforestrydesignsoil modificationwood modificationenvironmental designsustainable designwood technology

Addressing Barriers for Bamboo:: Techniques for Altering Cultural Perception. ARCC Conference Repository (2019)

Kyle SchumannJonas HauptmanKatie MacDonald

Digital Fabrication of Standardless Materials. ACADIA quarterly (2019)

Katie MacDonaldKyle SchumannJonas Hauptman

materials sciencematerials engineeringdigital fabricationmanufacturing technology

1
10 / page

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Similar Faculty Members

Kihong Ku

Institution

Thomas Jefferson University

design

architectural technology

Yunlan Zhang

Institution

University of Texas at Austin

design

architected materials

Hongxi Yin

Institution

Washington University in St. Louis

building systems

green building

Vellore Gopalaratnam

Institution

University of Missouri

construction engineering

construction management

Russell Gentry

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structural material

technical performance aspects

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adaptive architecture

bio-inspired computation

Gordon Warn

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environmental engineering

structural engineering

Richard A Miller

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construction technology

bio-inspired design

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torsional stiffness

construction engineering

Eric Williamson

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damage mechanics

resilient building