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Applied Mechanics Commons

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2005

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Articles 31 - 60 of 62

Full-Text Articles in Applied Mechanics

Nebraska Summary 541: Agco Dt200a Diesel Jan 2005

Nebraska Summary 541: Agco Dt200a Diesel

Nebraska Tractor Tests

No abstract provided.


Nebraska Tractor Test 1849: Agco Gt55a Diesel Jan 2005

Nebraska Tractor Test 1849: Agco Gt55a Diesel

Nebraska Tractor Tests

No abstract provided.


Nebraska Tractor Test 1850: Agco Gt75a Diesel Jan 2005

Nebraska Tractor Test 1850: Agco Gt75a Diesel

Nebraska Tractor Tests

No abstract provided.


Nebraska Summary 542: Dt220a Diesel Jan 2005

Nebraska Summary 542: Dt220a Diesel

Nebraska Tractor Tests

No abstract provided.


Nebraska Summary 543: Dt240a Diesel Jan 2005

Nebraska Summary 543: Dt240a Diesel

Nebraska Tractor Tests

No abstract provided.


Tests 2279 & 2318: Case Ih Jx 1090u Diesel Jan 2005

Tests 2279 & 2318: Case Ih Jx 1090u Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2242: Case Ih Mxu100 Diesel Jan 2005

Test 2242: Case Ih Mxu100 Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2245: Case Ih Mxu110 Diesel Jan 2005

Test 2245: Case Ih Mxu110 Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2259: Case Ih Mxu125 Diesel Jan 2005

Test 2259: Case Ih Mxu125 Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1856: Mccormick Mtx 120 Diesel Jan 2005

Test 1856: Mccormick Mtx 120 Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1858: Mccormick Mtx 150 Diesel Jan 2005

Test 1858: Mccormick Mtx 150 Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1857: Mccormick Mtx 135 Diesel Jan 2005

Test 1857: Mccormick Mtx 135 Diesel

Nebraska Tractor Tests

No abstract provided.


Tests 2305 & 2306: Challenger Mt555b Autopower Iv Diesel Jan 2005

Tests 2305 & 2306: Challenger Mt555b Autopower Iv Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2333: Challenger Mt555b Techstar Diesel Jan 2005

Test 2333: Challenger Mt555b Techstar Diesel

Nebraska Tractor Tests

No abstract provided.


Tests 2307 & 2308: Challenger Mt565b Autopower Iv Diesel Jan 2005

Tests 2307 & 2308: Challenger Mt565b Autopower Iv Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2335: Challenger Mt565b Techstar Diesel Jan 2005

Test 2335: Challenger Mt565b Techstar Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1859: Challenger Mt755b Diesel Jan 2005

Test 1859: Challenger Mt755b Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2241: New Holland Ts100a Diesel Jan 2005

Test 2241: New Holland Ts100a Diesel

Nebraska Tractor Tests

No abstract provided.


Test 2258: New Holland Ts125a Diesel Jan 2005

Test 2258: New Holland Ts125a Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1841: Kubota M120dt Diesel Jan 2005

Test 1841: Kubota M120dt Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1846: Challenger Mt765b Diesel Jan 2005

Test 1846: Challenger Mt765b Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1860: Challenger Mt835b Diesel Jan 2005

Test 1860: Challenger Mt835b Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1861: Challenger Mt845b Diesel Jan 2005

Test 1861: Challenger Mt845b Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1862: Challenger Mt855b Diesel Jan 2005

Test 1862: Challenger Mt855b Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1847: Challenger Mt865b Diesel Jan 2005

Test 1847: Challenger Mt865b Diesel

Nebraska Tractor Tests

No abstract provided.


Test 1879: Challenger Mt875b Diesel Jan 2005

Test 1879: Challenger Mt875b Diesel

Nebraska Tractor Tests

No abstract provided.


Tests 2274 & 2275: Challenger Mt425b Diesel Jan 2005

Tests 2274 & 2275: Challenger Mt425b Diesel

Nebraska Tractor Tests

No abstract provided.


A Numerical Approach To Model And Predict The Energy Absorption And Crush Mechanics Within A Long-Fiber Composite Crush Tube , Leon Pickett Jr. Jan 2005

A Numerical Approach To Model And Predict The Energy Absorption And Crush Mechanics Within A Long-Fiber Composite Crush Tube , Leon Pickett Jr.

Retrospective Theses and Dissertations

Past research has conclusively shown that long fiber structural composites possess superior specific energy absorption characteristics as compared to steel and aluminum structures. However, destructive physical testing of composites is very costly and time consuming. As a result, numerical solutions are desirable as an alternative to experimental testing. Up until this point, very little numerical work has been successful in predicting the energy absorption of composite crush structures. This research investigates the ability to use commercially available numerical modeling tools to approximate the energy absorption capability of long-fiber composite crush tubes. This study is significant because it provides a preliminary ...


Fatigue Life Investigation Of Solid And Hollow Rollers In Pure Rolling Contact , Wisam M. Abu Jadayil Jan 2005

Fatigue Life Investigation Of Solid And Hollow Rollers In Pure Rolling Contact , Wisam M. Abu Jadayil

Retrospective Theses and Dissertations

Solid and hollow cylindrical rollers in pure rolling contact have been modeled using the finite element package, ABAQUS, to study the stress distribution and the resulting deformations in the rollers' bodies when the two rollers are subjected to a pure normal loading or to a combined normal and tangential loading. The tangential loading is one third of the normal loading value. Then the Ioannides-Harris fatigue life model for rolling bearings has been applied on the ABAQUS numerical results to investigate the fatigue life of the solid and hollow rollers. Using the fatigue life of the solid rollers as the reference ...


Synergy Between Chemical Dissolution And Mechanical Abrasion During Chemical Mechanical Polishing Of Copper , Wei Che Jan 2005

Synergy Between Chemical Dissolution And Mechanical Abrasion During Chemical Mechanical Polishing Of Copper , Wei Che

Retrospective Theses and Dissertations

Chemical mechanical planarization (CMP) is a mainstream semiconductor processing method for achieving local and global wafer planarization. However, the CMP process fundamentals are poorly understood, and thereby inhibit migratability of lab-scale experiments to production processes. This work addresses the synergistic role of chemical dissolution rate (CDR) and mechanical abrasion rate (MAR) on the material removal mechanisms during CMP process.;A set of nano-wear experiments on elecro-plated copper surfaces are conducted with systematic exposure to active slurry. Initial results of in situ wear test in chemically active slurry showed an increased material removal rate (MRR) relative to a dry wear test ...