Mechanics of Materials 8th Edition Problem – 1.1
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Mechanics of Materials 8th Edition Problem – 1.1

Determine the resultant internal normal force acting on the cross section through point A in each column. In (a), segment BC weighs 180 lb/ft and segment CD weighs 250 lb/ft. In (b), the column has a mass of 200 kg/m. Sample problems and notes are based on the following text book: Mechanics of Materials 8th…

Mechanics of Materials 8th Edition Problem – 1.2
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Mechanics of Materials 8th Edition Problem – 1.2

Determine the resultant internal torque acting on the cross sections through points C and D. The support bearings at A and B allow free turning of the shaft. Sample problems and notes are based on the following text book: Mechanics of Materials 8th Edition ISBN-13: 978-0136022305 ISBN-10: 0136022308 Edition: 7 Author: Russell C. Hibbeler Published Date: 2010

Quality Function Deployment (QFD): Customer Needs, Benchmarking and Development of Interior Package Targets
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Quality Function Deployment (QFD): Customer Needs, Benchmarking and Development of Interior Package Targets

Background/ Procedure: An instrument or gauge cluster is a device usually positioned in front of the driver which displays useful information for operating a vehicle. The information usually displayed in an instrument cluster is vehicle speed, remaining fuel/range in addition to any vehicle hazard/safety lights. The first vehicle to incorporate an instrument cluster into its…

Measured Vehicle Inertial Parameters (SAE 1999-01-1336)

Measured Vehicle Inertial Parameters (SAE 1999-01-1336)

The following is a summary of SAE1999-01-1336 Measured Vehicle Inertial Parameters. To view the original document see the attached PDF. SAE1999-01-1336 Measured Vehicle Inertial Parameters – Abstract The paper presents an updated listing of the National Highway Traffic Safety Administration’s (NHTSA) Light Vehicle Inertial Parameter Database. It includes vehicle inertial parameters measured up until September…

Steel in a Car: Explained
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Steel in a Car: Explained

Steel in a Car finds application in numerous of car components like the frame, body, and moving parts such as chassis and powertrain components, thanks to its adaptability in meeting safety standards, crash requirements, and design specifications. Its exceptional capability to absorb and distribute crash energy, along with its buckling characteristics, makes it excellent for…

SAE International – Motor Vehicle Drivers’ Eye Locations (SAE J941)
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SAE International – Motor Vehicle Drivers’ Eye Locations (SAE J941)

Foreword – This SAE Recommended Practice describes the eyellipse, a statistical representation of driver eye locations, which is used to facilitate design and evaluation of vision in motor vehicles. Examples of eyellipse applications include rearview mirror size and placement, wiped and defrosted areas, pillar size and location, and general exterior field of view. These applications…

SAE International – Devices for use in Defining and Measuring Vehicle Seating Accommodation (SAE  J826)
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SAE International – Devices for use in Defining and Measuring Vehicle Seating Accommodation (SAE J826)

Foreword—This Document was not changed other than to put it into the new SAE Technical Standards Board Format.  1. Scope —The devices of this SAE Standard provide the means by which passenger compartment dimensions can be obtained using a deflected seat rather than a free seat contour as a reference for defining seating space. All…

SAE International – Driver Hand Control Reach  (SAE J287)
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SAE International – Driver Hand Control Reach (SAE J287)

RATIONALE This revision reduces the complexity of this practice by simplifying the General Package Factor (G) equation, clarifying conditions for using restrained and unrestrained reach tables, removing English unit tables, clarifying the G value boundaries between each reach table, describing in more detail how to interpret when a control is considered within reach, and limiting…

Electric Potential and Energy
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Electric Potential and Energy

Hey everyone! Today, we are going dive into the fundamental concepts from Physics 2, covering electric potential, energy, and the relationships governing charged particles. These principles are crucial for understanding electrostatics and provide a foundation for advanced applications in physics and engineering. What is meant by electric potential energy? Okay, so first things first –…

Design of Fluid-Thermal Systems (leaf blower)
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Design of Fluid-Thermal Systems (leaf blower)

The leaf blower shown operates steadily and discharges air at the exit velocity of 180 ft/s. Assuming that the discharge pipe is of constant diameter with f = 0.02, that the minor losses at the blower inlet are Kinlet=1.3 and that the air density is rho=0.0735 lbm/ft3 , A) Estimate the total pressure increase across…