Finite element method - Globe Thesis

Keyword [Finite element method] Result: 21 - 40 \| Page: 2 of 10
21.	Three-Dimensional Finite Element Analysis In Degenerative Lower Lumbar Spine Of Multiple Factor
22.	Establishment And Application Of Finite Element Analysis Computer System For Craniofacial Morphology
23.	The Finite Element Analysis Of The Complete Denture Supported By Osseointegrated Implants With Varied Desion
24.	Three Dimensional Finite Element Stress Analyses And Comparison For Attachments Used In Extensional Removable Partial Dentures
25.	Study Of The Simulation Of Soft Tissue Deformation In Virtual Surgery
26.	Research On Simulation Of Laser Cornea Thermo-keratoplasty Based On Virtual Reality Technology
27.	Biomechanical Analysis In The Initial Stage Of Implantal Distraction
28.	A Finite Element Investigation Of Bilateral Atlantoaxial Transarticular Screws And Atlas Laminar Hooks Instrumentation
29.	FDM In 3D EEG Forward Problem
30.	A Study For Modeling And Functional Simulating Of Human Crystalline Lens
31.	Study On The Mechanism Of Congenital Atlanto-axial Dislocation By 3D Nonlinear Finite Element Method
32.	Preliminary Study Of The Palatal Subperiosteal Implants Supporting Obturator To Restore The Defective Maxillae
33.	Biomechanical Study Of Pelvic Girdle Reconstruction After Type Ⅰ Resection Of Iliac Tumor
34.	The Design,Initial Application And Optimization With 3D Finite Element Method Of Sleeve Prosthesis For Revision
35.	Finite Element Modeling Study Of The Facial Soft Tissue For Computer-assisted Maxillofacial Surgery
36.	Non-invasive Measurement Of The Electrical Property Of Blood Based On Pulse Wave Electrical Impedance Spectroscopy
37.	Biomechanical Tests And Finite Element Analysis Of External Chest Compression Upon The Human Thorax
38.	Digital Reconstruction And Three Dimensional Finite Element Analysis Of Skeleton System
39.	The Study Of A Physical Model Of Brain Deformation During Neurosurgical Navigation
40.	Study On Biomechanics Characteristic Of Spine Under Forestry Works Using Chain Saws Based On Ergonomics
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