Reverse engineering - Globe Thesis

Keyword [Reverse engineering] Result: 1 - 20 \| Page: 1 of 5
1.	The Fundamental Study Of 3D Emulational Prosthesis Design And Individualized Rapid Manufacture On Facial Defect Organs
2.	Clinical Study On Restoration Of Jaw Bone Deformity Based On Reverse Engineering And Rapid Prototyping
3.	Experimental Study On Fabrication Of Titanium Crown,Fixed Bridge And Base Of Complete Denture With Laser Solid Forming Technology
4.	3D Reconstruction Of The Chromatic Digital Face Model Representing The Eye Open And Its Application In Emulational Orbital Prostheses
5.	The Computer Assisted Design Of The Custom Femur Prosthesis And Relative Research
6.	Custom Design And Rapid Fabrication Of The Models For Cartilage Tissue Engineering Scaffolds In Knees
7.	To Construct The Tissue Engineering Stent Model Of Knee Joint's Cartilage In Vitro And To Culture Cartilage In Vivo
8.	The Study Of 3D Individualized Emulational Prostheses Design And RP On Nasal Defect
9.	Numerical Simulation Study On Aneurysm And Stent Based On Reverse Engineering
10.	Some Researches On Simulation Of Properties And Remodeling Of Bone Structures And Materials
11.	Reconstruction Based On Reverse Engineering The Surface Of Organs Simulation Study
12.	Study On Friction And Wear Characteristics Of Dental Materials And Natural Teeth
13.	A New Custom-made Artificial Hemi-Knee Joint By Rapid Prototyping
14.	Study On The Polymeric Biomedical Materials For Rapid Prototyping Technology
15.	Creation Of A Three-dimensional Solid And Finite Element Biomechanical Model Of Temporomandibular Joint By Use Of The Images Of Chinese Visible Human
16.	The Application Study Of Selective Laser Sintering And Wax Powder PCP1 In The Facial Prostheses
17.	Application Of Rapid Prototyping For Creating Skeletal Model And Surgery Simulation
18.	Study On Surface Model Reconstruction Technology Of Broken Skull Based On Reverse Engineering
19.	The Research Of Medical CT Image's 3D Reconstruction And RP Manufacture
20.	Using Reverse Engineering Technique To Reconstructs The Three-Dimensional Finite Element Model Of Dentulous Mandible With Fixed Appliance
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