№ files_lp_4_process_2_41448
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A research paper investigating the buckling behavior of tubular steel shells with circular cutouts under combined loading conditions, using both experimental and numerical methods.
Year: 2012
Region / City: Shahrood, Semnan, Iran
Field: Mechanical Engineering
Document Type: Research Paper
Organization: Shahrood University of Technology, Semnan University, Islamic Azad University
Authors: Shariati Mahmoud, Fereidoon Abdolhosein, Akbarpour Amin
Target Audience: Researchers, Engineers
Period of Validity: N/A
Approval Date: 15th June 2012
Date of Revision: 12th June 2012
Keywords: Tubular shell, circular cutout, combined loading, buckling, finite element method, experimental test
Price: 8 / 10 USD
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Fabrication and characterisation of nanocrystalline graphite MEMS resonators using a geometric design to control buckling
Year: 2026
Region / city: Southampton, UK; Singapore; Johor, Malaysia
Field: Nanotechnology, MEMS/NEMS
Document type: Research Paper
Institution: University of Southampton, A*STAR
Authors: S.J. Fishlock, S.J. O’Shea, J.W. McBride, H.M.H. Chong, S.H. Pu
Target audience: Researchers, Engineers, Academics
Period of validity: Not specified
Approval date: Not specified
Date of changes: Not specified
Keywords: Nanographite, MEMS, NEMS, resonators, microfabrication, PECVD, buckling, material characterization
Note: Contextual description
Suppression of Vibratory Stresses in Turbine Structural Components Subjected to Aerodynamic Loading
Author: ABC
Registration Number: 123
Degree: MS Mechanical Engineering
Institution: National University of Sciences and Technology
School: School of Mechanical & Manufacturing Engineering
Department: Department Name
Supervisor: XYZ
Place: Islamabad
Date: January, 2017
Document Type: Master’s Thesis
Sections Included: Declaration, Plagiarism Certificate (Turnitin Report), Copyright Statement, Acknowledgements, Abstract, Table of Contents, References
Key Words: Vibratory Stresses, Forced Response Analysis, Magneto Mechanical Material Coating
Study Focus: Numerical computation of aerodynamic loads and finite-element analysis of turbine blade vibration
Duodenal expression of ferritin, FPN and HEPH in mice subjected to dietary iron deficiency, EPO stimulation, or hemolytic anemia
Year: 2026
Region / City: Laboratory mouse model
Topic: Iron metabolism and erythropoiesis
Document type: Supplemental data / research article
Institution: Research laboratory
Authors: Not specified
Target audience: Biomedical researchers
Experimental period: Chronic dietary iron deficiency and acute erythropoietic stress experiments
Date of data collection: Not specified
Techniques used: qRT-PCR, Western blot, hematological analysis, flow cytometry
Animal model: WT (IRE+/+) and Dmt1IREΔ/Δ mice
Treatments: EPO injection, PHZ-induced hemolysis, Fe-deficient diet
Measured parameters: Ferritin (FTH1, FTL1), FPN, HEPH expression, RBC, HBG, HCT, MCV, MCH, MCHC, RDW
Experimental Investigation of the Cyclic Response of Double Curved Surface Sliders Subjected to Radial and Bidirectional Sliding Motions
Year: 2018
Region / City: Pavia and Milano, Italy
Subject: Seismic isolation and frictional response of Curved Surface Sliders
Document Type: Research article
Institution: University of Pavia, Politecnico di Milano, EUCENTRE
Authors: Marco Furinghetti, Alberto Pavese, Virginio Quaglini, Paolo Dubini
Target Audience: Researchers and engineers in structural and seismic engineering
Funding: Italian Civil Protection, Executive Project 2014–2016, National Research Project DPC – ReLUIS 2014–2018
Keywords: Bidirectional motion, Friction coefficient, cyclic effect, Concave Surface Slider, Cloverleaf orbit
Tested Device: Double Curved Surface Slider (DCSS)
Methodology: Full-scale prototype experimental campaign with unidirectional and bidirectional tests
Contextual Description: Peer-reviewed experimental study detailing the cyclic frictional behaviour of Double Curved Surface Sliders under various load and motion conditions, providing quantitative evaluation of friction decay as a function of dissipated energy.
Topics: Cutout Buckling Subjected