Crowdly
Add to Chrome
ENGR4003: Engineering Design and Practice I (Semesters 1 and 2 2024-2025:1[OBO])
Looking for ENGR4003: Engineering Design and Practice I (Semesters 1 and 2 2024-2025:1[OBO]) test answers and solutions? Browse our comprehensive collection of verified answers for ENGR4003: Engineering Design and Practice I (Semesters 1 and 2 2024-2025:1[OBO]) at moodle.brookes.ac.uk.
Get instant access to accurate answers and detailed explanations for your course questions. Our community-driven platform helps students succeed!
The data for a life-cycle analysis of mineral water that is packaged in 333 ml PET bottles or aluminium cans are:
The bottles and aluminium cans are sourced in France and in both cases they are transported 1150 km to a company in Wales by train. While mineral water is packaged in 333 ml PET bottles or aluminium cans in the company. Then in both cases the products are transported 240 km to the Brookes Café by 32 tonne truck. On arrival, it is refrigerated for 72 hours on average before consumption. After use the university has a policy of recycling the bottles or cans.
Material
|
Mass
(kg)
|
Material Energy
Hm (MJ/kg)
|
Process Energy
Hp (MJ/kg)
|
Recycle Energy
HRC (MJ/kg)
|
PET bottle and cap
|
0.005
|
81
|
19.3
|
28.4
|
Aluminium can
|
0.015
|
200
|
2.12
|
33.2
|
· Energy demand for diesel locomotive is 0.43 GJ/tonne∙km
· Energy demand for 32 tonne diesel truck is 0.44 MJ/tonne∙km
· per day
·
· and can hold 2000 bottles or cans
·
· Assume the unit of study is 1 beverage container in each case
Using the data, answer the following question:
What is the energy required for the raw material production of the PET bottle and Aluminium can?
When using the Adams analysis package, ‘motions’ are applied at which of the following model entities?
Certain material properties may influence our choice of materials for particular applications. In the following application, choose the correct material property that would be of primary concern. Application: A bicycle frame is to be made that should withstand a stress of 250MPa in normal use. The frame should not deform plastically.
When testing, as volume flow rate through the equipment increases, so to does the dynamic head, but what happens to the pressure head?
The fundamental trade offs in business are time, money and:
'Kaizen' refers to: