User Account

All Pages

Balsa wood truss car design, Mechanical Engineering

Assignment Help:
design a car to be build by balsa wood trusses, the car has to be with in a specific dimension, calculations of forces on members and nodes using method of joints need to be done and failure analysis. A scale balsa wood model will be built and tested in order to compare with the predicted load capacity of the chassis.
Limited material quantities will be issued. Design a truss framework having maximum load capacity/minimum weight (see 2.12) with the loads at the
positions shown in Figure 1. The two truss sides are joined by cross-members that must be perpendicular to
the truss and whose mass is to be accounted for. There must be sufficient cross-members to prevent twisting
of the structure. Use truss analysis to predict the load at which the truss will fail under the testing procedure. Buckling of the framework struts is the most likely failure mode and in order to manage this, you may need
to increase the stiffness of the framework members under compression or reduce their length.
The buckling loads for members under compression may be calculated using the Euler strut buckling formula. I have the balsa wood characteristics and quantites

Related Discussions:- Balsa wood truss car design

Imperfect frame - truss, Imperfect Frame - truss: Imperfec t Frame ...

Imperfect Frame - truss: Imperfec t Frame An Imperfect frame is one that does not satisfies relation between numbers of members and number of joints given by equation

Belt Drives, In conveyor belts calculations, if it is required of me to cal...

In conveyor belts calculations, if it is required of me to calculate "The Power transmitted by the drive,at the specific efficiency" Which power are they reffering to?

Calculate the maximum allowable internal pressure, Calculate the maximum al...

Calculate the maximum allowable internal pressure to which a cylinder with an internal diameter of 200 mm and external diameter of 300 mm may be subjected if the cylinder is to hav

Design of a bicycle frame, Design of a Bicycle Frame : Figure  depicts a si...

Design of a Bicycle Frame : Figure  depicts a simple bicycle frame, which is to be built of hollow aluminium tubing with outside diameter of 20 mm and wall thickness of 2 mm. The f

Casting, What is the difference between blowholes & porosity in casting ?

What is the difference between blowholes & porosity in casting ?

Explain about the eccentrically loaded footings, Explain about the eccentri...

Explain about the eccentrically loaded footings. ECCENTRICALLY LOADED FOOTINGS When footings have overturning moments and axial loads, the base pressure under the footing wi

Explain about the pedestals as construction engineering, Explain about the ...

Explain about the pedestals as construction engineering. Introduction of pedestals enables the construction engineers to make up levels to supply larger bearing areas to the fo

Som, What is the tesisting force

What is the tesisting force

Point of inflexion, Point of inflexion: Define the term point of cont...

Point of inflexion: Define the term point of contraflexure or point of inflexion. Also define point of zero shear force?  Sol.: The points (other than extreme ends of beam)

Thermodynamics.., what is critical pressure, triple point, degree of super ...

what is critical pressure, triple point, degree of super heat...

Write Your Message!

Captcha
Order Assignment

Featured Services

Order Now

Popular Subjects

Free Assignment Quote

Assured A++ Grade

Get guaranteed satisfaction & time on delivery in every assignment order you paid with us! We ensure premium quality solution document along with free turntin report!

Submit Assignment

Academics

Major Subjects

Majors

Get In Touch

whatsapp: +91-977-207-8620

Phone: +91-977-207-8620

Email: [email protected]

TERMS & POLICIES

HELP & SUPPORT

All rights reserved! Copyrights ©2019-2020 ExpertsMind IT Educational Pvt Ltd