Multi-material TPMS lattice printed at SHAPE Lab

S.H.A.P.E. Lab

Systems for Hybrid-Additive Process Engineering

The mission of the Systems for Hybrid-Additive Process Engineering Lab (SHAPE Lab) is to advance:

  1. 1.Additive Manufacturing: Design, Material Development and Biomedical Applications
  2. 2.Hybrid Manufacturing
  3. 3.Sand-Printing for Metal Casting
Research

Projects across the additive manufacturing landscape.

Research highlights connect students, tools, manufacturing equipment, and publications across additive manufacturing, hybrid manufacturing, binder jetting, biomedical AM, and sand printing for casting.

Sand Casting

3D sand printing research
Sand Casting

Advancing metal casting process via 3D sand printing

Increases casting design complexity, improves mechanical properties, and enables earlier defect identification.

Casting process equipment
Metal Casting

Printed molds, cores, and process design

Printed sand tooling supports complex thermal, geometric, and production-aware casting workflows.

SHAPE Lab group
Process Systems

Manufacturing-centered research environments

Students connect design, simulation, lab equipment, and inspection in complete research loops.

Hybrid Manufacturing

Additive manufacturing equipment
Hybrid Manufacturing

Additive Manufacturing + Mass Finishing Hybrid Manufacturing System

Improving metal AM surface finish and cost efficiency through post-processing and characterization.

TPMS structure
DfAM

Design for Additive Manufacturing

Novel design rules, lattice structures, and optimization methods for process-aware parts.

Penn State engineering feature
Biomedical AM

Patient-specific and orthopedic additive manufacturing

High-fidelity biomedical geometries, biodegradable implants, and controlled scaffold structures.

Team

SHAPE Lab group photo
Guha Manogharan

Guha Manogharan, Ph. D.

Co-Director, CIMP-3D · Associate Professor, Department of Mechanical Engineering

Ph.D., Industrial Engineering, North Carolina State University
M.S., Industrial Engineering, North Carolina State University
B.Tech., Mechanical Engineering, SASTRA University, India

Additive Manufacturing, Hybrid Manufacturing, Design Optimization, CNC Machining and Non-Traditional Machining, Biomedical Applications of AM and Metal Casting.

Post-Doctorate

Ph.D. Students

Research Engineer

Chris Carson

Chris Carson

Masters Students

Undergraduate Students

Alumni

Post-Doctoral

Sagar Jalui

Ph.D., Mechanical Engineering, 2024

Alan Burl

Ph.D., Mechanical Engineering, 2025

Ph.D.

Jacklyn Griffis

Ph.D., Mechanical Engineering, 2026

Interfaces in Multi-Material Laser Powder Bed Fusion: Defect Formation and Mitigation

Sagar Jalui

Ph.D., Mechanical Engineering, 2024

AM-driven design innovation: DfAM constraints in adjoint shape optimization for gas turbine applications

Ankit Saxena

Ph.D., Mechanical Engineering, 2024

Systematic design of pressure-actuated adaptive structural cells enabling adaptive mechanical properties in mechanical structures

Philip King

Ph.D., Mechanical Engineering, 2023

Bridging the oldest and newest manufacturing technologies: Additive Manufacturing, Metal Casting, and Internet of Things.

Foxian Fan

Ph.D., Industrial & Manufacturing Engineering, 2023

Evolution of Additive Manufacturing surface morphology during Centrifugal Disc Finishing.

Md Moinuddin Shuvo

Ph.D., Mechanical Engineering, 2023

Improving sustainability of Sand-Casting Processes via novel 3D Mold Designs.

Xi Gong

Ph.D., Mechanical Engineering, 2020

Machining Behavior and Material Properties in Additive Manufacturing of TI-6AL-4V Parts

Maryam Tilton

Ph.D., Mechanical Engineering, 2020

Multi-Objective Design and Characterization of Orthopaedic Implants and Meta-Biomaterials Fabricated via Additive Manufacturing

Masters

Kaitlyn Hartman

M.S. Mechanical Engineering, 2025

Functionally Graded TPMS Lattice Structures Optimized to Improve Mechanical Strength

Mychal Taylor

M.S. Mechanical Engineering, 2024

Power cell packaging using a structural electronics approach

Buket Yilmaz

M.S. Mechanical Engineering, 2024

A review of the interface design in multi-material laser powder bed fusion of metals

Matthew Williams

M.S. Mechanical Engineering, 2024

Multi-axis routing of syringe deposited conductive traces over topology-optimized multi-functional structures

Serah Hatch

M.S. Mechanical Engineering, 2024

A microstructure based machine learning model to predict mechanical properties of LPBF-manufactured 15-5PH stainless steel.

Carson Vath

M.S. Mechanical Engineering, 2024

Development and testing of novel multi-material additive manufacturing systems for embedding wire electronic.

Sandy Karam

M.S. Mechanical Engineering, 2023

Additive Manufacturing of patient-specific high-fidelity and thickness-controlled cerebral aneurysm geometries

Willem Groeneveld-Meijer

M.S. Mechanical Engineering, 2023

Does Finer Powder get deposited first in Powder Bed? A Comparative Study using Simulation and Experimental Techniques.

Ryan Stebbins

M.S. Mechanical Engineering, 2022

Novel Runner Extension Designs via 3D Sand-printing to Improve Casting Performance

Paula Clares

M.S. Additive Manufacturing & Design, 2022

Fundamental Understanding into Bimodal Powder Size Distributions in Binder Jetting Additive Manufacturing Process

Erik Jacobs

M.S. Additive Manufacturing & Design, 2021

Influence of Anti-Counterfeiting Taggants on the Tensile Properties of STEP Additively Manufactured Polymer

Nicholas Soares

M.S. Mechanical Engineering, 2021

Incorporating Novel Sprue Design and Additive Manufacturing Techniques to Improve Nickel Aluminum Bronze Castings

Daniel Martinez

M.S. Additive Manufacturing, 2019

Indirect Hybrid Manufacturing - Integrating 3D Sand-Printing for Metal Casting

Casey Bate

M.S. Mechanical Engineering, 2019

Fundamental Study on 3D Sand-Printed Molds: Metal Flow and Thermal Properties

Gregory Bicknell

M.S. Mechanical Engineering, 2019

Electrical Discharge Machining Process Design for Post-Processing Stainless Steel 316L Additively Manufactured Parts

Santosh Reddy Sama

M.S. Mechanical Engineering, 2018

Investigation into Non-Conventional Mold Design Using 3D Sand-Printing in Castings

Jiayi Wang

M.S. Engineering Design, 2017

Part Design and Topology Optimization for Rapid Sand and Investment Casting

Undergraduate

Joe Borst, Visiting student from Clarkson University

B.S. Mechanical Engineering, 2026

Joseph Daghir

B.S. Mechanical Engineering, 2025

Thomas Molnar

B.S. Mechanical Engineering, 2024

Avah Cherry, Visiting student from University of Tennessee

B.E. Aerospace Engineering, 2026

Rachel Bonfini

B.S. Biomedical and Mechanical Engineering, 2024

Valerie Fu

B.S. Mechanical Engineering, 2023

Christine Gabriele

B.S. Mechanical Engineering, 2023

Jay Sim

B.S. Mechanical Engineering, 2022

Shelby Bauer

B.S. Mechanical Engineering, 2022

Nick Vitagliano

B.S. Mechanical Engineering, 2021

Alex Cayley

B.S. Mechanical Engineering, 2021

Brianna Wilson

B.S. Industrial and Manufacturing Engineering, 2021

Israel Monroy

B.S. Mechanical Engineering, 2021

Hunter Snyder

B.S. Mechanical Engineering, 2019

Michael Szczesniak

B.S. Mechanical Engineering, 2018

James Lauer

B.S. Mechanical Engineering, 2018

News

What's happening at SHAPE.

Additive manufacturing project

$1.6M DARPA award for AM fatigue prediction

Dr. Manogharan was awarded $1.6 million through DARPA to improve prediction accuracy and reduce compute time for estimating service life of metal parts produced with additive manufacturing.

Student poster recognition

Kaitlyn Hartman awarded 2nd place in the MSEC 2025 student poster competition.

Recognized for work on functionally graded TPMS lattice structures for biomedical applications.

Joseph Daghir

Joseph Daghir honored as a Spring 2025 Student Marshal.

SHAPE Lab undergraduate honors researcher Joseph Daghir was recognized for academic achievement and contributions to engineering student life.

Publications

Manufacturing research outputs.

Papers from the official S.H.A.P.E. Lab publication list, grouped by research area and publication type.

Multi-Material Laser Powder Bed Fusion

  1. Multi-material laser powder bed fusion: effects of build orientation on defects, material structure and mechanical properties

    Griffis J.C., Shahed K., Meinert K., et al.

    npj Adv. Manuf. 2, 5 - 2025
    DOI
  2. Multi-material additive manufacturing: a computational design perspective

    Yu X., Griffis J., Manogharan G., Panesar A.

    Virtual and Physical Prototyping 20(1) - 2025
    DOI
  3. Multi-material additive manufacturing of metals: a review of structures and mechanical characteristics

    Samad S.N., Griffis J., Manogharan G., Kouraytem N.

    Engineering Science in Additive Manufacturing 1(2), 025180010 - 2025
    DOI

3D Sand-Printing & Metal Casting

  1. Effect of novel riser design using 3D sand-printing on the defects and mechanical performance of a casting

    Shuvo M.M., Skiadopoulos M., Shahed K.S., King P., Badamo T., Shokouhi P., Voigt R., Manogharan G.

    Journal of Manufacturing Processes - 2025
    DOI
  2. Hands-on Digital Tools for Metalcasting Engineering Education in Foundry Science

    King P., Sim J., Shahed K.S., et al.

    International Journal of Metalcasting - 2024
    DOI
  3. Toward reducing casting defects via 3D risers via 3D sand-printing: a simulation study

    Shuvo M., King P., Voigt R., Manogharan G.

    International Journal of Metalcasting - 2024
    DOI
  4. Effect of freezing range on reducing casting defects through 3D sand-printed mold designs

    Martinez D., King P., Sama S.R., et al.

    Int. J. Adv. Manuf. Technol. - 2023
    DOI
  5. Novel experimental method for metal flow analysis using open molds for sand casting

    King P., Manogharan G.

    International Journal of Metalcasting - 2023
    DOI
  6. A novel approach to visualize liquid aluminum flow to advance casting science

    Bate C., King P., Sim J., Manogharan G.

    Materials 16, 756 - 2023
    DOI
  7. Challenges and opportunities to integrate the oldest and newest manufacturing processes: metal casting and additive manufacturing

    Lynch P., Hasbrouck C.R., Wilck J., Kay M., Manogharan G.

    Rapid Prototyping Journal - 2020
    DOI
  8. Towards functionally graded sand molds for metal casting: engineering thermo-mechanical properties using 3D sand printing

    Martinez D., Bate C., Manogharan G.

    JOM 72 - 2020
    DOI
  9. Case studies on integrating 3D sand-printing technology into the production portfolio of a sand-casting foundry

    Sama S., Badamo T., Manogharan G.

    International Journal of Metalcasting 14(1) - 2020
    DOI
  10. Measurement of metal velocity in sand casting during mold filling

    Sama S., MacDonald E., Voigt R., Manogharan G.

    Metals 9(10) - 2019
    DOI
  11. Re-thinking design methodology for castings: 3D sand-printing and topology optimization

    Wang J., Sama S., Manogharan G.

    International Journal of Metalcasting 13(1) - 2019
    DOI
  12. Design and topology optimization of 3D-printed wax patterns for rapid investment casting

    Wang J., Sama S., Lynch P., Manogharan G.

    Procedia Manufacturing 34 - 2019
    DOI
  13. Novel sprue designs in metal casting via 3D sand-printing

    Sama S., Badamo T., Lynch P., Manogharan G.

    Additive Manufacturing 25 - 2019
    DOI
  14. Non-conventional mold design for metal casting using 3D sand-printing

    Sama S., Wang J., Manogharan G.

    Journal of Manufacturing Processes 34(B) - 2018
    DOI
  15. Quantifying the role of part design complexity in using 3D sand printing for molds and cores

    Almaghariz E., Conner B., Lenner L., Gullapalli R., Manogharan G., Lamoncha B., Fang M.

    International Journal of Metalcasting 10(3) - 2016
    DOI

Orthopedic Applications of Additive Manufacturing

  1. Automated segmentation of medical images for 3D printing - voxel-centric processing of spatially textured voxels

    Cushing N., Fell B., Shahed K.S., Moser K.W., Manogharan G.

    Virtual and Physical Prototyping 20(1) - 2025
    DOI
  2. Fatigue properties of Ti-6Al-4V TPMS scaffolds fabricated via laser powder bed fusion

    Tilton M., Borjali A., Griffis J., Varadarajan K., Manogharan G.

    Manufacturing Letters 37, 32-38 - 2023
    DOI
  3. Biomechanical behavior of PMMA 3D printed biomimetic scaffolds: effects of physiologically relevant environment

    Tilton M., Jacobs E., Overdorff R., Astudillo Potes M., Lu L., Manogharan G.

    J. Mech. Behav. Biomed. Mater. 138, 105612 - 2023
    DOI
  4. Current concepts in fracture healing: temporal dynamization and applications for additive manufacturing

    Schmidt E.C., Judkins L.M., Manogharan G., Mehta S., Hast M.W.

    OTA Int. 5(1 Suppl), e164 - 2022
    DOI
  5. Additively manufactured patient-specific prosthesis for tumor reconstruction: design, process, and properties

    Tilton M., Lewis G.S., Hast M.W., Fox E., Manogharan G.

    PLOS ONE 16(7), e0253786 - 2021
    DOI
  6. On structure and mechanics of biomimetic meta-biomaterials fabricated via metal additive manufacturing

    Tilton M., Borjali A., Isaacson A., Varadarajan K.M., Manogharan G.P.

    Materials & Design - 2021
    DOI
  7. Finite element-predicted effects of screw configuration in proximal humerus fracture fixation

    Tilton M., Armstrong A., Wee H., Hast M., Manogharan G., Lewis G.

    Journal of Biomechanical Engineering 142(8) - 2020
    DOI
  8. Additive manufacturing of fracture fixation implants: design, material characterization, biomechanical modeling and experimentation

    Tilton M., Lewis G., Wee H., Armstrong A., Hast M., Manogharan G.

    Additive Manufacturing 33, 101137 - 2020
    DOI
  9. Biomechanical testing of additive manufactured proximal humerus fracture fixation plates

    Tilton M., Armstrong A., Sanville J., Chin M., Hast M., Lewis G., Manogharan G.

    Annals of Biomedical Engineering 48 - 2020
    DOI

Hybrid Metal Additive Manufacturing

  1. Hybrid additive manufacturing for Zn-Mg casting for biomedical application

    Shahed K.S., Fainor M., Gullbrand S.E., et al.

    In Vitro Models 3, 157-168 - 2024
    DOI
  2. Additive manufacturing: application and validation of machine learning-based process-structure-property linkages in Ti-6Al-4V

    Gong X., Groeneveld-Meijer W., Manogharan G.

    MSAM 2(3), 0999 - 2023
    DOI
  3. Additive manufacturing: a machine learning model of process-structure-property linkages for machining behavior of Ti-6Al-4V

    Gong X., Zeng D., Groeneveld-Meijer W., Manogharan G.

    MSAM 1(1), 6 - 2022
    DOI
  4. Effect of prior surface textures on the resulting roughness and residual stress during bead-blasting of electron beam melted Ti-6Al-4V

    Rifat M., Basu S., De Meter E.C., Manogharan G.

    Crystals 12, 374 - 2022
    DOI
  5. Rethinking reverse logistics: role of additive manufacturing technology in metal remanufacturing

    Strong S., Kay M., Wakefield T., Sirichakwal I., Conner B., Manogharan G.

    Journal of Manufacturing Technology Management - 2019
    DOI
  6. Hybrid manufacturing - locating AM hubs using a two-stage facility location approach

    Strong D., Kay M., Conner B., Wakefield T., Manogharan G.

    Additive Manufacturing 25 - 2019
    DOI
  7. Adopting additive-hybrid manufacturing: the role of capacity in implementation decision

    Strong D., Kay M., Wakefield T., Sirichakwal I., Conner B., Manogharan G.

    International Journal of Rapid Manufacturing 7(4) - 2018
    DOI
  8. Milling of Inconel 718 block supports fabricated using laser powder bed fusion

    Tripathi V., Armstrong A., Gong X., Manogharan G., Simpson T., De Meter E.

    Journal of Manufacturing Processes 34(B) - 2018
    DOI
  9. Hybrid manufacturing - integrating traditional manufacturers with additive manufacturing (AM) supply chain

    Strong D., Kay M., Conner B., Wakefield T., Manogharan G.

    Additive Manufacturing 21 - 2018
    DOI
  10. Longitudinal milling and fine abrasive finishing operations to improve surface integrity of metal AM components

    Iquebal A., El Amri S., Shrestha S., Wang Z., Manogharan G., Bukkapatnam S.

    Procedia Manufacturing 10 - 2017
    DOI
  11. Current state and potential of additive-hybrid manufacturing for metal parts

    Strong D., Sirichakwal I., Manogharan G., Wakefield T.

    Rapid Prototyping Journal 23(3) - 2016
    DOI
  12. Additive manufacturing-integrated hybrid manufacturing and subtractive processes: economic model and analysis

    Manogharan G., Wysk R., Harrysson O.

    Int. J. Computer Integrated Manufacturing 29(5) - 2016
    DOI
  13. AIMS - a metal additive-hybrid manufacturing system: system architecture and attributes

    Manogharan G., Wysk R., Harrysson O., Aman R.

    Procedia Manufacturing 1 - 2015
    DOI

Additive Manufacturing Materials & Processing

  1. Developing novel restrictive DfAM constraints for NURBS-based adjoint shape optimization for metal AM

    Jalui S., O'Connor J., Xuan Y., Manogharan G.

    Graphical Models 142 - 2025
    DOI
  2. Shape morphing metamaterials via pressure-actuated shape morphing cells

    Saxena A., Rahn C., Manogharan G.

    Virtual and Physical Prototyping 20(1) - 2025
    DOI
  3. Mass finishing for additive manufacturing: tribological analysis, surface topology, image processing, predictive model, and processing recommendations

    Fan F., Jalui S., Shahed K., Mullany B., Manogharan G.

    Tribology International - 2025
    DOI
  4. Development of a method for shape optimization for a gas turbine fuel injector design using metal-additive manufacturing

    Jalui S., Xuan Y., Manogharan G., O'Connor J.

    J. Eng. Gas Turbines Power 147(1), 011023 - 2025
    DOI
  5. Adaptive stiffness structures via additively manufactured fluid accumulators

    Saxena A., Manogharan G., Rahn C.

    Smart Materials and Structures - 2025
    DOI
  6. Functionally graded TPMS gyroid structures for additive manufacturing of non-pneumatic tires

    Shaikh A., Saxena A., Griffis J., Shahed K., Manogharan G.

    Mater. Sci. Add. Manuf. 3(4), 5022 - 2024
    DOI
  7. Optimal design of AM support structures for EDM removal from build plate

    Bicknell G., Shahed K.S., King P., et al.

    Int. J. Adv. Manuf. Technol. 135, 3203-3218 - 2024
    DOI
  8. Towards gradient design of TPMS lattices and laser powder bed fusion processing - role of laser strategies and lattice thickness

    Shaikh A., Griffis J., Stebbins R., Shahed K.S., Saxena A., Ross A., Manogharan G.

    Manufacturing Letters 41 Suppl., 1046-1054 - 2024
    DOI
  9. Design-property decision-making in polymer lattices when controlling for printed mass

    Clares P., Manogharan G., Thomas L., Krzeminski D.

    Sports Engineering 26, 28 - 2023
    DOI
  10. Increasing density and mechanical performance of binder jetting processing through bimodal particle size distribution

    Clares P., Gao Y., Stebbins R., van Duin A., Manogharan G.

    Materials Science in Additive Manufacturing 1, 20 - 2022
    DOI
  11. Effects of part orientation, printer selection, and infill density on mechanical properties and production cost of 3D printed flexural specimens

    Chen R., Baich L., Lauer J., Senesky D.G., Manogharan G.

    Manufacturing Letters 33, 549-560 - 2022
    DOI
  12. A reactive molecular dynamics study of bi-modal particle size distribution in binder-jetting additive manufacturing using stainless-steel powders

    Gao Y., Clares A.P., Manogharan G., van Duin A.C.T.

    Phys. Chem. Chem. Phys. 24(19), 11603-11615 - 2022
    DOI
  13. Dislocation microstructure and its influence on corrosion behavior in laser additively manufactured 316L stainless steel

    Sprouster D.J., Cunningham W.S., Halada G.P., et al.

    Additive Manufacturing 47, 102263 - 2021
    DOI
  14. Molecular dynamics study of melting, diffusion, and sintering of cementite chromia core-shell particles

    Gao Y., Clares Pastrana A.P., Manogharan G., van Duin A.C.T.

    Computational Materials Science 199, 110721 - 2021
    DOI
  15. Mining design heuristics for additive manufacturing via eye-tracking methods and hidden Markov modeling

    Mehta P., Malviya M., McComb C., Manogharan G., Berdanier C.G.

    Journal of Mechanical Design 142(12) - 2020
    DOI
  16. Mechanical behaviour and high strain rate deformation of stainless steel 316L processed by selective laser melting

    Kneen T., Barrett C., Manogharan G., Carlson P., Dimon J., Conner B.

    International Journal of Rapid Manufacturing 9(84) - 2020
    DOI
  17. Influence of resin infiltrants on mechanical and thermal performance in plaster binder jetting additive manufacturing

    Ayres T., Sama S., Joshi S., Manogharan G.

    Additive Manufacturing 30 - 2019
    DOI
  18. A ReaxFF molecular dynamics study of molecular-level interactions during binder jetting 3D-printing

    Gao Y., Shin Y., Martinez D., Manogharan G., van Duin A.

    Physical Chemistry Chemical Physics 21 - 2019
    DOI
  19. Sliding contact wear damage of EBM built Ti6Al4V: influence of process induced anisotropic microstructure

    Ryu J., Shrestha S., Manogharan G., Jung J.

    Metals 8(2) - 2018
    DOI
  20. Optimization of binder jetting using Taguchi method

    Shrestha S., Manogharan G.

    JOM 69(3) - 2017
    DOI
  21. Experimental study of disruption of columnar grains during rapid solidification in additive manufacturing

    Manogharan G., Yelamanchi B., Aman R., Mahbooba Z.

    JOM 68(3) - 2016
    DOI
  22. Microstructure and corrosion resistance of laser additively manufactured 316L stainless steel

    Trelewicz J., Halada G., Donaldson O., Manogharan G.

    JOM 68(3) - 2016
    DOI
  23. Study of infill print design on production cost-time of 3D printed ABS parts

    Baich L., Manogharan G., Marie H.

    International Journal of Rapid Manufacturing 5(3-4) - 2015
    DOI
  24. An assessment of implementation of entry-level 3D printers from the perspective of small businesses

    Conner B., Manogharan G., Meyers K.

    Rapid Prototyping Journal 21(5) - 2015
    DOI
  25. Binder jetting: a novel solid oxide fuel-cell fabrication process and evaluation

    Manogharan G., Kioko M., Linkous C.

    JOM 67(3) - 2015
    DOI
  26. Making sense of 3-D printing: creating a map of additive manufacturing products and services

    Conner B., Manogharan G., Martof A., Rodomsky L., Rodomsky C., Jordan D., Limperos J.

    Additive Manufacturing 1 - 2014
    DOI

Book Chapters

  1. Additive manufacturing of orthopedic implants

    Tilton M., Lewis G.S., Manogharan G.P.

    In: Li B., Webster T. (eds), Orthopedic Biomaterials, Springer, Cham - 2018
    DOI

Peer-Reviewed Conference Proceedings

  1. Continuous 5-axis routing of syringe deposited conductive traces over topology optimized structures

    Williams M., Jacob A., Manogharan G.

    Manufacturing Letters 44, 540-551 - 2025
    DOI
  2. Site-specific property informed interface design of multi-material laser powder bed fusion

    Griffis J., Masker A., Schreiber J., Manogharan G.

    ASME MSEC 2024, V001T01A034 - 2024
    DOI
  3. Powder-binder interaction in binder jetting process: a simulation study on bimodal powders

    Shahed K., Manogharan G.

    ASME MSEC 2023 - 2023
    DOI
  4. Characterizing the training and evaluation of graduate teaching assistants (GTAs) at research-intensive universities

    Saxena A., Hood L., Manogharan G., Berdanier C.

    ASME IMECE 2022, V007T09A005 - 2022
    DOI
  5. Development of a novel test artefact for conformal material extrusion printing

    Jalui S.S., Zargar S.H., Moroney S., Putz M., Taylor M., Hatch S., Manogharan G.

    SFF Symposium, UT Austin - 2022
    DOI
  6. Net-shape tensile specimens as representatives of material properties of metal additive manufacturing: evaluation and correction factor

    Bass N., Jalui S., Manogharan G.

    ASME MSEC 2022, V002T05A029 - 2022
    DOI
  7. Investigation of wear behavior of centrifugal disc finishing on additively manufactured Ti6Al4V samples

    Fan F., Jalui S., Lajoie N., Manogharan G.

    SFF Symposium, UT Austin - 2022
    DOI
  8. Novel self-strengthening metamaterials via additive manufacturing

    Saxena A., Manogharan G.

    IISE Annual Conference and Expo 2022 - 2022
  9. Strain-coupled fluidlastic circuits inside metal additive manufactured structures

    Saxena A., Rai G., Lanari V., Rahn C.D., Manogharan G.

    ASME IMECE 2021, V07AT07A041 - 2021
    DOI
  10. On additive manufacturing of rib fracture fixation implants: the role of lattice design

    Judkins L., Gupta R., Gabriele C., Tomonto C., Hast M.W., Manogharan G.

    ASME IMECE 2021, V003T03A010 - 2021
    DOI
  11. A computational study on novel runner extension designs via 3D sand-printing to improve casting performance

    Stebbins R., King P., Manogharan G.

    ASME MSEC 2021, V001T01A021 - 2021
    DOI
  12. Discrete-element simulation of powder spreading process in binder jetting, and the effects of powder size

    Clares A.P., Manogharan G.

    ASME MSEC 2021, V001T01A009 - 2021
    DOI
  13. Novel riser designs via 3D sand printing to improve casting performance

    Shuvo M.M., Manogharan G.

    Procedia Manufacturing 53, 500-506 - 2021
    DOI
  14. Abrasive flow machining of additively manufactured titanium: thin walls and internal channels

    Jalui S.S., Spurgeon T.J., Jacobs E.R., Chatterjee A., Stecko T., Manogharan G.P.

    SFF 2021, 1646-1660 - 2021
    DOI
  15. Effects of centrifugal disc finishing for surface improvements in additively manufactured gears

    Fan F., Soares N., Jalui S., Isaacson A., Savla A., Manogharan G., Simpson T.

    SFF 2021 - 2021
    DOI
  16. Machining behavior and material properties in additive manufacturing Ti-6Al-4V parts

    Gong X., Manogharan G.

    ASME MSEC 2020, V001T01A055 - 2020
    DOI
  17. Novel sprue designs to reduce casting defects in nickel-aluminum bronze: a computational study

    King P., Martinez D., Manogharan G.P.

    ASME MSEC 2020, V001T01A054 - 2020
    DOI
  18. Effects of wire EDM parameters on traditionally and additively manufactured 316L stainless steel specimens

    Bicknell G., Manogharan G.

    ASME IMECE 2018, Pittsburgh, PA - 2018
  19. 3D printed sand molds - an opportunity for investment casters

    Voigt R.C., Manogharan G.P.

    65th Annual ICI Technical Conference, Kansas City, MO - 2018
  20. Integrating metal AM with milling and non-traditional machining to enhance surface and tribological properties of AM parts

    Iquebal A.S., Shrestha S., Wang W., Manogharan G.P., Bukkapatnam S.

    ASPE 2016 Spring Topical Meeting, Raleigh, NC - 2016
  21. Experimental investigation of nanoscale contact fatigue and surface wear damage of AM Ti6Al4V - Best Student Paper Award

    Shrestha S., Manogharan G.P., Ryu J.

    ISERC 2016, Anaheim, CA - 2016
  22. Impact of hybrid manufacturing on supply chain for metal parts

    Strong D., Manogharan G.P., Sirichakwal I., Wakefield T.

    ISERC 2016, Anaheim, CA - 2016
  23. Influence of milling and non-traditional machining on surface properties of Ti6Al4V EBM components

    Iquebal A.S., Shrestha S., Wang Z., Manogharan G.P., Bukkapatnam S.

    ISERC 2016 Proceedings - 2016
  24. Influence of machining conditions in metal-hybrid additive manufacturing

    Issacs A., Manogharan G.P., Wysk R., Harrysson O., Shrestha S., West H., Mahabooba Z.

    ISERC 2016, Anaheim, CA - 2016
  25. Optimization of binder-jetting using Taguchi methods

    Manogharan G.P., Shrestha S., Enriquez R.

    ISERC 2016, Anaheim, CA - 2016
  26. Study of infill print parameters on mechanical strength and production cost-time of 3D printed ABS parts

    Baich L., Manogharan G.

    International Solid Freeform Fabrication Symposium, Austin, TX, 209-218 - 2015
  27. AIMS - a metal additive-hybrid manufacturing system: system architecture and attributes

    Manogharan G., Wysk R., Harrysson O., Aman R.

    Procedia Manufacturing 1, 273-286 - 2015
  28. Evaluating business strategies through mapping products fabricated by additive manufacturing

    Conner P., Manogharan G.P., Martof A.N., Rodomsky L.M., Rodomsky C.M., Jordan D.C., Limperos J.W.

    RAPID 2014, Detroit, MI - 2014
  29. Hybrid manufacturing: unique approach to integrating additive and subtractive rapid prototyping process - Short-listed: Best Paper

    Manogharan G.P., Wysk R.A., Harrysson O.L.A., Cohen P.H.

    FAIM 2012, Helsinki, Finland - 2012
  30. Load-monitoring systems in biomedical implants: a comprehensive review and proposed future directions

    Manogharan G.P., Wysk R.A.

    ISERC 2012, Orlando, FL - 2012
  31. Failures in medical device development: an FDA perspective

    Medina A., Manogharan G.P., Wysk R.A., Oudan-Kremer G.E.

    ISERC 2012, Orlando, FL - 2012
  32. Study of energy efficiencies in rapid prototyping

    Manogharan G.P., Soundarajan D.K., Wysk R.A.

    ISERC 2011, Reno, NV - 2011
  33. Effects of dynamic spindle speed on bone surface during machining

    Manogharan G.P., Samayoa M.J., Harrysson O.L.A., Cohen P.H., Rivero I.V.

    IIE Annual Conference Proceedings - 2011
  34. Overview of THR implants: design, failures, costs and future trends

    Manogharan G.P., Medina L., Wysk R.A.

    ISERC 2011, Reno, NV - 2011
  35. Economic model and analysis of cost effectiveness of rapid manufacturing

    Manogharan G.P., Wysk R.A., Harrysson O.L.A.

    MS&T 2011, Columbus, OH - 2011
  36. The dynamic effects of pneumatic power instruments on machining of bone

    Samayoa M.J., Manogharan G.P., Harrysson O.L.A., Cohen P.H., Rivero I.V.

    IIE Annual Conference Proceedings - 2011
  37. Development of a CW NCRF photo-injector using solid freeform fabrication (SFF)

    Frigola P., Harrysson O.L.A., Manogharan G.P., Medina F., et al.

    IPAC 2010, Kyoto, Japan - 2010
  38. Design of periodic cellular structures for heat exchanger applications

    Kumar V., Manogharan G., Cormier D.R.

    Solid Freeform Fabrication Symposium Proceedings, 738-748 - 2009

Conference Presentations

  1. In-Direct Hybrid AM: Advancing Metal Casting via 3D Sand-Printing

    Martinez D., Sama S.R., Toykoc H., Sim J., Manogharan G.

    SFF 2019, Austin, TX - 2019
  2. Influence of 3D Sand-Printing Processing Conditions on Thermo-Mechanical Properties of Molds

    Martinez D., Bate C., Manogharan G.

    SFF 2019, Austin, TX - 2019
  3. High Strain Rate Mechanical Behavior of Stainless Steel 316L Processed by Selective Laser Melting

    Kneen C., Barrett B., Conner, Manogharan G.P.

    TMS 2017 - 2017
  4. Wear and Corrosion Resistance of Metal AM Bio-Medical Parts

    Shrestha, Manogharan G.P., Ryu J.

    RAPID, Orlando, FL - 2016
  5. Sustainability in the Design and Fabrication of 3D-Printed Solid Oxide Fuel Cells

    Manogharan G., Linkous C.A., Hammond J., Abraham M.A.

    Pacifichem, Honolulu, HI - 2015
  6. Sustainability in Engineering

    Abraham A., Manogharan G.P.

    AIChE Annual Meeting, Salt Lake City, UT - 2015
  7. A Structural, Surface Spectroscopic and Electrochemical Study of Printed Stainless Steel

    Halada, Manogharan G.P., Cuiffo M.

    MS&T 2015, Columbus, OH - 2015
  8. Experimental Study of Disruption of Columnar Grain Growth during Rapid Solidification

    Yelamanchi, Manogharan G.P., Cook J.

    MS&T 2015, Columbus, OH - 2015
  9. Influence of In-fill Print Parameters on Mechanical Strength and Production Cost-Time of 3D Printed ABS Parts

    Baich, Manogharan G.P.

    MS&T 2015, Columbus, OH - 2015
  10. Mechanical Behavior at Various Strain Rates of Stainless Steel 316L Processed by Selective Laser Melting

    Conner P., Kneen T.J., Manogharan G.P.

    MS&T 2015, Columbus, OH - 2015
  11. Experimental Disruption of Columnar Grain Growth during Rapid Solidification

    Yelamanchi, Manogharan G.P.

    ISERC 2015, Nashville, TN - 2015
  12. Characterizing the high strain rate mechanical behavior of stainless steel 316L processed by selective laser melting

    Kneen J., Bowers A.S., Conner B.P., Manogharan G.P.

    MS&T 2014, Pittsburgh, PA - 2014
  13. Process mapping heated-bed 3D polymer printing

    Manogharan G., Berfgors, Wysk R.A.

    ISERC 2013, San Juan, PR - 2013
  14. Challenges and Benefits of Hybrid Additive and Subtractive Manufacturing

    Manogharan G., Harrysson O.L.A., Wysk R.A.

    ISERC 2013, San Juan, PR - 2013
  15. Load-monitoring Systems in Biomedical implants: A comprehensive review and proposed future directions

    Manogharan G., Wysk R.A.

    ISERC 2012, Orlando, FL - 2012
  16. Study of Effects on Production Economics using 3D Printed Sand Casting Molds

    Limperos, Jordan D., Manna M., Pflager D., Manogharan G.P.

    QUEST 2015, Youngstown State University - 2015
  17. Hybrid Manufacturing - Integrating Additive and Subtractive Methods

    Manogharan, Harrysson O.L.A., Wysk R.A.

    Doctoral Colloquium, ISERC 2013, San Juan, PR - 2013
Contact

Connect with S.H.A.P.E. Lab.

Build the next manufacturing system with SHAPE Lab.

The lab works across additive manufacturing, hybrid process engineering, 3D sand printing, biomedical AM, and multi-material metal systems.

  • Location: Penn State, Department of Mechanical Engineering
  • Office: 330 Leonhard Building
  • Phone: 814 863 7273
  • Email: gum53@psu.edu