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Shear Strength of Soils

Shear Strength of Soils

Shear Strength of Soils. N. Sivakugan. Duration: 17 min: 04 sec. failure surface. mobilised shear resistance. Shear failure. Soils generally fail in shear. embankment. strip footing. At failure, shear stress along the failure surface reaches the shear strength. failure surface.

By Roberta
(316 views)

Failure Mechanisms of Special Surfacings

Failure Mechanisms of Special Surfacings

Failure Mechanisms of Special Surfacings. Non Slip Seal Coat – Christchurch Style. Aftershocks total = 2086 May 6 2011. Outline of Presentation. History Failures Modes of Failure Adhesive Failure Delamination Failure Cohesive failure Pavement Design Solutions Conclusions. History.

By Samuel
(148 views)

Design Stress & Fatigue

Design Stress & Fatigue

Design Stress & Fatigue. MET 210W E. Evans. Parts Fail When?. P. Crack initiation site.

By arcelia
(545 views)

Chapter 8: Flow in Pipes

Chapter 8: Flow in Pipes

Chapter 8: Flow in Pipes. ME 331 – Fluid Dynamics Spring 2008. Objectives. Have a deeper understanding of laminar and turbulent flow in pipes and the analysis of fully developed flow

By hayes
(525 views)

Chapter 19

Chapter 19

Chapter 19. Springs. Chapter 19: Springs. Springs Characterized By: Ability to deform significantly without failure Ability to store/release PE over large deflections Provides an elastic force for useful purpose. Chapter 19: Springs. How used in mechanical design?

By melodie
(257 views)

Ch. 3 Torsion

Ch. 3 Torsion

Ch. 3 Torsion. Aircraft Structures, EAS 4200C 9/17/2010 Robert Love. Organizational: Turn in Project Part 1 at Front of Class Pick up HW #2 as it Goes Around. Examples of Importance of Torsional Analysis. Past Wright Brothers (wing warping) Recent Past Active Aeroelastic Wing F-18

By parry
(238 views)

Chapter 8: Flow in Pipes

Chapter 8: Flow in Pipes

Chapter 8: Flow in Pipes. ME 331 – Fluid Dynamics Spring 2008. Objectives. Have a deeper understanding of laminar and turbulent flow in pipes and the analysis of fully developed flow

By shelby
(636 views)

Thermal Strains and Element of the Theory of Plasticity

Thermal Strains and Element of the Theory of Plasticity

Thermal Strains and Element of the Theory of Plasticity. Thermal Strains Thermal strain is a special class of Elastic strain that results from expansion with increasing temperature, or contraction with decreasing temperature

By hayden
(329 views)

Monitoring Restoration Effectiveness on the Lower Rio Blanco River

Monitoring Restoration Effectiveness on the Lower Rio Blanco River

Monitoring Restoration Effectiveness on the Lower Rio Blanco River. Wildland Hydrology, Pagosa Springs, CO. J.D. Kurz and David L. Rosgen. Lower Rio Blanco River near Pagosa Springs, Colorado. Rio Blanco River. Southwestern Colorado south of Pagosa Springs. Drainage Area: 170mi 2 .

By alexa
(314 views)

Stress Tensor

Stress Tensor

Stress Tensor. Normal Stress. A stress measures the surface force per unit area. Elastic for small changes A normal stress acts normal to a surface. Compression or tension. A. D x. A. A shear stress acts parallel to a surface. Also elastic for small changes

By wren
(477 views)

Mechanics of Materials Engr 350 - Lecture 8 Mechanical Properties #2

Mechanics of Materials Engr 350 - Lecture 8 Mechanical Properties #2

Mechanics of Materials Engr 350 - Lecture 8 Mechanical Properties #2.

By anja
(112 views)

FEM study of the faults activation

FEM study of the faults activation

Technische Universität München. St. Petersburg Polytechnical University. Joint Advanced Student School (JASS). FEM study of the faults activation. Author : Ulanov Alexander. Problem significance. Geomechanics application: - S ubsidence of rocks - Sliding of bed near oil well.

By johana
(121 views)

ME 330 Manufacturing Processes CUTTING PROCESSES

ME 330 Manufacturing Processes CUTTING PROCESSES

ME 330 Manufacturing Processes CUTTING PROCESSES. Overview of processes. Cutting processes. Principle of the process Process Process modeling Defects Design For Manufacturing (DFM) Process variation. Major cutting processes. For bulky object. Mechanical processes

By omer
(401 views)

Fluid Friction in Pipes

Fluid Friction in Pipes

Fluid Friction in Pipes. CHAPTER 3. In Chemical engineering process operations , fluids are typically conveyed through pipelines, in which viscous action.

By tanisha
(288 views)

Atmospheric Dynamics

Atmospheric Dynamics

Atmospheric Dynamics. Leila M. V. Carvalho Dept. Geography, UCSB. Review: Kinematic of the horizontal flow. Streamlines: lines parallel to the horizontal velocity V at a particular level and at a particular instant in time. http://weather.unisys.com/surface/sfc_con_stream.html.

By bairn
(327 views)

9.4 MOHR’S CIRCLE: PLANE STRESS

9.4 MOHR’S CIRCLE: PLANE STRESS

9.4 MOHR’S CIRCLE: PLANE STRESS . Equations for plane stress transformation have a graphical solution that is easy to remember and use. This approach will help you to “visualize” how the normal and shear stress components vary as the plane acted on is oriented in different directions.

By soren
(1784 views)

Mechanics of Materials – MAE 243 (Section 002) Spring 2008

Mechanics of Materials – MAE 243 (Section 002) Spring 2008

Mechanics of Materials – MAE 243 (Section 002) Spring 2008. Dr. Konstantinos A. Sierros. Problem 1.4-4

By brandon
(206 views)

Materials: Electrical and Mechanical Properties

Materials: Electrical and Mechanical Properties

Materials: Electrical and Mechanical Properties. EE485A Lecture 1, 3 September 2009. Electrical classifications. Metals Easily conduct electricity Al, Cr, Au, Pt, Ni, Ti all common in MEMS Insulators Do not conduct electricity SiO2, Si3N4, Al2O3 common in MEMS Semiconductors

By perry
(381 views)

Hemodynamics (fluid mechanics)

Hemodynamics (fluid mechanics)

Hemodynamics (fluid mechanics). A.     Flow: some basic definitions and relationships Flow: volume that crosses a plane per unit of time (ml/min) Perfusion: Flow per unit of tissue mass (ml/min*100g)) Flow_velocity (cm/sec): v = velocity, Q = flow rate A = cross sectional area

By sana
(144 views)

Truss Design Project

Truss Design Project

Truss Design Project. Kevin LaBeau Thao Lai EGR 209 Dr. Reffeor October 27, 2003. Problem Statement. Apply Math and Science skills to: Create a 24m bridge in West Point Bridge Designer (WPBD) Costs around $1500-$2500 Compute tensile and compressive strengths

By amergin
(255 views)

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