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SCANCO USA INC fea software
Fea Software, supplied by SCANCO USA INC, used in various techniques. Bioz Stars score: 90/100, based on 1 PubMed citations. ZERO BIAS - scores, article reviews, protocol conditions and more
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Article Title: Acute Inflammatory Response in Osteoporotic Fracture Healing Augmented with Mechanical Stimulation is Regulated In Vivo through the p38-MAPK Pathway
Article Snippet: Stiffness, apparent modulus, and failure load at week 8 were estimated by the micro-finite element analysis (micro-FEA, FE-software version 1.13, Scanco Medical, Brüttisellen, Switzerland) by the axial compression test in the z-direction with the material modulus defined at 10 GPa using the default evaluation program, as previously reported [ ].

Article Title: A bone-targeting delivery system carrying osteogenic phytomolecule icaritin prevents osteoporosis in mice.
Article Snippet: Accepted Manuscript A bone-targeting delivery system carrying osteogenic phytomolecule icaritin prevents osteoporosis in mice Le Huang, Xinluan Wang, Huijuan Cao, Ling Li, Dick Ho-Kiu Chow, Li Tian, Heng Wu, Jiayong Zhang, Nan Wang, Lizhen Zheng, Xinsheng Yao, Zhijun Yang, Ling Qin PII: S0142-9612(18)30531-3 DOI: 10.1016/j.biomaterials.2018.07.046 Reference: JBMT 18789 To appear in: Biomaterials Received Date: 6 March 2018 Revised Date: 23 July 2018 Accepted Date: 25 July 2018 Please cite this article as: Huang L, Wang X, Cao H, Li L, Ho-Kiu Chow D, Tian L, Wu H, Zhang J, Wang N, Zheng L, Yao X, Yang Z, Qin L, A bone-targeting delivery system carrying osteogenic phytomolecule icaritin prevents osteoporosis in mice, Biomaterials (2018), doi: 10.1016/j.biomaterials.2018.07.046.. This is a PDF file of an unedited manuscript that has been accepted for publication.. As a service to our customers we are providing this early version of the manuscript.

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Article Title: Ovariectomy and genes encoding core circadian regulatory proteins in murine bone
Article Snippet: All scans were performed at 2,048 × 2,048 pixels or at a higher resolution using an integration time of 165 ms per projection on a μCT40 scanner (SCANCO Medical, Switzerland). .. Biomechanical testing of vertebra with finite element analysis (FEA) Trabecular biomechanical parameters were evaluated from μCT images using an FEA software (SCANCO Medical, Switzerland). ..

Article Title: Bone metabolism, density, and geometry in postmenopausal women with vitamin D insufficiency: a cross-sectional comparison of the effects of elevated parathyroid levels.
Article Snippet: Summary Increased levels of parathyroid hormone (PTH) may have adverse effects on bone health.. In a cross-sectional design, we investigated this hypothesis among 102 postmenopausal vitamin D insufficient women.. Elevated PTH was associated with altered bone geometry, decreased bone mineral density in the spine, and increased bone turnover.

Article Title: Implications of compromised zinc status on bone loss associated with chronic inflammation in C57BL/6 mice
Article Snippet: .. Finite element analysis (FEA) software (SCANCO Medical) was used to evaluate the mechanical properties of trabecular bone by simulating a compression test on reconstructed 3-dimensional images of the lumbar vertebral body and the proximal tibial metaphysis. ..

Article Title: Polypyrrole coating on poly-(lactide/glycolide)-β-tricalcium phosphate screws enhances new bone formation in rabbits.
Article Snippet: Polypyrrole (PPy) has gained interest as an implant material due to its multifunctional properties and its high compatibility with several cell and tissue types.. For the first time, the biocompatibility and osteointegration of PPy coating, incorporated with chondroitin sulfate (CS), were studied in vivo by implanting PPy-coated bioabsorbable bone fixation composite screws of poly-(lactide/glycolide) copolymer (PLGA) and β-tricalcium phosphate (TCP) into New Zealand white rabbits.. Uncoated bioabsorbable polymer composite screws and commercially available stainless steel cortical screws were used as reference implants.

Article Title: Bone Status Among Patients With Nonsurgical Hypoparathyroidism, Autosomal Dominant Hypocalcaemia, and Pseudohypoparathyroidism: A Cohort Study.
Article Snippet: .. Finite element analyses (FEA) was performed by Scanco FEA software version 1.13. ..

Article Title: Bone Microstructure in Response to Vitamin D3 Supplementation: A Randomized Placebo-Controlled Trial.
Article Snippet: Vitamin D supplementation is often used in the prevention and treatment of osteoporosis, but the role of vitamin D has lately been questioned.. We aimed to investigate the effect of 3 months of daily vitamin D3 supplementation (70 μg [2800 IU] vs. placebo) initiated in winter months on bone health.. This study is a double-blinded placebo-controlled randomized trial.

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Article Title: Implications of compromised zinc status on bone loss associated with chronic inflammation in C57BL/6 mice
Article Snippet: .. Finite element analysis (FEA) software (SCANCO Medical) was used to evaluate the mechanical properties of trabecular bone by simulating a compression test on reconstructed 3-dimensional images of the lumbar vertebral body and the proximal tibial metaphysis. ..



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Motion characteristics and design optimization of bistable structures. A) Simulation results of the force‐displacement curve and energy landscape of <t>the</t> <t>DCBB.</t> The inset image is the model used for <t>FEA</t> simulation. B) Simulation results of the force‐displacement curve and energy landscape of the VSBB. The inset image is the model used for FEA simulation. C) Geometrical design (left) and 3D‐printed model (right) of a VSBB. D) Force‐displacement test results of VSBBs with the initial inclination angle of 12 (the dashed lines indicate testing performed from SP2). Three identical samples for each geometrical condition are tested. E) Comparison of force‐displacement curves obtained from experiments and theoretical calculations. F) The average displacements from SP1 to the snap‐through point (bottom), the total displacements from SP1 to SP2 (middle), and the displacements from SP2 to the snap‐through point (top) of the bistable structures with different geometrical parameters from force‐displacement tests.
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Motion characteristics and design optimization of bistable structures. A) Simulation results of the force‐displacement curve and energy landscape of <t>the</t> <t>DCBB.</t> The inset image is the model used for <t>FEA</t> simulation. B) Simulation results of the force‐displacement curve and energy landscape of the VSBB. The inset image is the model used for FEA simulation. C) Geometrical design (left) and 3D‐printed model (right) of a VSBB. D) Force‐displacement test results of VSBBs with the initial inclination angle of 12 (the dashed lines indicate testing performed from SP2). Three identical samples for each geometrical condition are tested. E) Comparison of force‐displacement curves obtained from experiments and theoretical calculations. F) The average displacements from SP1 to the snap‐through point (bottom), the total displacements from SP1 to SP2 (middle), and the displacements from SP2 to the snap‐through point (top) of the bistable structures with different geometrical parameters from force‐displacement tests.
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Motion characteristics and design optimization of bistable structures. A) Simulation results of the force‐displacement curve and energy landscape of <t>the</t> <t>DCBB.</t> The inset image is the model used for <t>FEA</t> simulation. B) Simulation results of the force‐displacement curve and energy landscape of the VSBB. The inset image is the model used for FEA simulation. C) Geometrical design (left) and 3D‐printed model (right) of a VSBB. D) Force‐displacement test results of VSBBs with the initial inclination angle of 12 (the dashed lines indicate testing performed from SP2). Three identical samples for each geometrical condition are tested. E) Comparison of force‐displacement curves obtained from experiments and theoretical calculations. F) The average displacements from SP1 to the snap‐through point (bottom), the total displacements from SP1 to SP2 (middle), and the displacements from SP2 to the snap‐through point (top) of the bistable structures with different geometrical parameters from force‐displacement tests.
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Motion characteristics and design optimization of bistable structures. A) Simulation results of the force‐displacement curve and energy landscape of the DCBB. The inset image is the model used for FEA simulation. B) Simulation results of the force‐displacement curve and energy landscape of the VSBB. The inset image is the model used for FEA simulation. C) Geometrical design (left) and 3D‐printed model (right) of a VSBB. D) Force‐displacement test results of VSBBs with the initial inclination angle of 12 (the dashed lines indicate testing performed from SP2). Three identical samples for each geometrical condition are tested. E) Comparison of force‐displacement curves obtained from experiments and theoretical calculations. F) The average displacements from SP1 to the snap‐through point (bottom), the total displacements from SP1 to SP2 (middle), and the displacements from SP2 to the snap‐through point (top) of the bistable structures with different geometrical parameters from force‐displacement tests.

Journal: Advanced Science

Article Title: Programmable Multifunctional Bistable Structures for Energy Transfer and Dissipation

doi: 10.1002/advs.202518883

Figure Lengend Snippet: Motion characteristics and design optimization of bistable structures. A) Simulation results of the force‐displacement curve and energy landscape of the DCBB. The inset image is the model used for FEA simulation. B) Simulation results of the force‐displacement curve and energy landscape of the VSBB. The inset image is the model used for FEA simulation. C) Geometrical design (left) and 3D‐printed model (right) of a VSBB. D) Force‐displacement test results of VSBBs with the initial inclination angle of 12 (the dashed lines indicate testing performed from SP2). Three identical samples for each geometrical condition are tested. E) Comparison of force‐displacement curves obtained from experiments and theoretical calculations. F) The average displacements from SP1 to the snap‐through point (bottom), the total displacements from SP1 to SP2 (middle), and the displacements from SP2 to the snap‐through point (top) of the bistable structures with different geometrical parameters from force‐displacement tests.

Article Snippet: To compare the properties of DCBB and VSBB, we simulated their motion pattern using FEA software ABAQUS (see Supporting Text 1 and Figure , Supporting Information).

Techniques: Comparison