Dr Andrei Lozzi
MECH3460 Design
II
SchoolofAerospace,MechanicalandMechatronicEngineering
DESIGN&SELECTIONOFRAILWAGONSUSPENSIONSPRINGS
Question handed out:
Report to be collected:
Mon 7th October 2014
5 pm Fri 31st October 2014
Approx time to carry out: 12
MECH2400 5400
Mechanical Design 1
Engineering Drawing Quiz SOLUTION
This Quiz is worth 15% of your Assessment in this subject
Part 1 Multiple-choice (0.25 marks each)
Answer all questions
Please circle the most correct answer
1. Using 1st Angle Projection
MECH2400 5400
Mechanical Design 1
Quiz 2
This quiz is worth 15% of your assessment in this subject
THIS IS A CLOSED BOOK EXAM
Part 1 Multiple-choice (0.25 marks each)
Answer all questions
Please circle the most correct answer
1. For which of the following
Dr Andrei Lozzi
Machine Design & CAD
Design IIB 3460
School of Mechanical and Mechatronic Engineering
University of Sydney
Email andrei@aeromech.usyd.edu.au
Selection and Design of the rear spring for a motor cycle
Intended for the mature rider and their
MECH2400 5400
Mechanical Design 1
Engineering Drawing Quiz
This Quiz is worth 15% of your Assessment in this subject
SOLUTION
Part 1 Multiple-choice (10 x 0.25 marks each)
Answer all questions
Please circle the most correct answer
1. On a 3rd angle projec
Shaft Design - for Gear Drive
James Spedding, 308187229
1 Problem Description:
Design a shaft to be used to couple one motor/gearbox unit to a pinion/gear
connection. Select a suitable gearbox from a given SALA Catalogue. Having
analysed forces, torques a
MECH2400 5400
Tutorial Week 3 Tutor Solution
Linear Fits and Tolerances
As a junior biomedical engineer, you are required to work out the necessary limits of size for a hip
replacement implant.
Two implants are proposed. One uses a simple press-fit method
MECH2400 5400
Tutorial Linear Fits and Tolerances Solution
As a junior engineer, you are required to work out the necessary limits of size for a simplified knee joint
implant. Various kinematic joints are readily available and readily manufactured. Each h
MECH2400 5400
Tutorial Week 3
Linear Fits and Tolerances
As a junior engineer, you are required to work out the necessary limits of size for a hip replacement implant.
Two implants are proposed. One uses a simple press-fit method; the other relies on a ce
MECH2400 5400: Mechanical Design 1
Tutorial Week 2 Detail Drawings Solution
To follow on from last Thursdays Lectorial, draw the Top View (TV), Front View (FV) and Right Side View from the isometric view given. Use the black dot as a starting point for th
MECH2400 5400
Tutorial Linear Fits and Tolerances
As a junior engineer, you are required to work out the necessary limits of size for a simplified knee joint
implant. Various kinematic joints are readily available and readily manufactured. Each has its ad
AS 1403
Accessed by UNIVERSITY OF SYDNEY on 21 Sep 2013 (Document currency not guaranteed when printed)
AS 14032004
Australian Standard
Design of rotating steel shafts
Accessed by UNIVERSITY OF SYDNEY on 21 Sep 2013 (Document currency not guaranteed when
MECH2400 5400: Mechanical Design 1
Tutorial Week 5
Applied Stress Beams
Attempt the following exercises during the Week 5 Tutorial Prac Sessions
Exercise 1
The length l is to equal 2.0 m and the load (F) to be applied is 4.0 kN.
The working envelope of th
1.
Executive Summary:
2.
Given Criteria:
Page1
Pressure in the cylinder to cycle between 16MPa and atmospheric
pressure every second revolution at the operating speed of 2100rpm
Bore of cylinder is 120mm.
3.
Problem Statement:
Determine the number, grade,
MECH2400 5400
Tutorial Linear Fits and Tolerances
As a junior engineer, you are required to work out the necessary limits of size for a simplified knee joint
implant. Various kinematic joints are readily available and readily manufactured. Each has its ad
MECH2400 5400: Mechanical Design 1
Lectorial Week 1
Lectorials are like a mini tutorial which is to be attempted after the lecture and before the weeks tutorial.
The purpose of lectorials is to reinforce some of the material covered in the lecture and to
MECH2400 5400: Mechanical Design 1
Tutorial Week 1
PART 1:
(Parts 1 and 2 are to be completed during the Tutorial sessions.
Part 3 is to be completed during your lab sessions in the PCLAB)
You will require a medium to soft pencil (H, HB or B) sharpener an
MECH2400 5400: Mechanical Design 1
Tutorial Week 1 Solution
PART 1:
(Parts 1 and 2 are to be completed during the Tutorial sessions. Part 3 is to
be completed during your lab sessions in the PCLAB)
You will require a medium to soft pencil (H, HB or B) sha