In: Civil Engineering
In: Civil Engineering
In: Civil Engineering
In: Civil Engineering
The motion of a 16.1 lb. particle is given by:
r(ϴ) = (5sin 2ϴ) ft, with ϴ(t) = πt/4 rad,
and t in seconds.
Determine the magnitudes of the particle’s position, velocity, acceleration, linear momentum, net force, and T (K.E.) at t = 2 s.
In: Civil Engineering
In: Civil Engineering
In: Civil Engineering
Explain the concepts of single and double lap roof coverings stating when each is used. Use sketches to illustrate your answer.
In: Civil Engineering
Give a brief account of the evolution of lintel forms. Highlight in your answer the problems associated with early lintel forms. Use sketches to support your answer.
In: Civil Engineering
In: Civil Engineering
What would be your criteria for hiring a subcontractor in construction projects? Provide justification for your points.
In: Civil Engineering
Work stress is identified as one of the key factors that negatively affects the performance of construction workers. In your opinion, what are the three main causes of work stress and how would you manage them?
In: Civil Engineering
Which of the following would be your top three biggest challenges the construction industry is likely to face in the future (say 2050 and beyond) and why?
Construction waste management
Lack of skilled workforce
Economic Sustainability
Environmental sustainability
Transition to new technologies
Health and safety management
Project complexity
cost of materials
In: Civil Engineering
The Universal Sustainable Development Goal 9 intends to “Build resilient infrastructure, promote inclusive and sustainable industrialisation and foster innovation”. How will you relate this goal to the recent mega construction projects in Australia? Give examples.
In: Civil Engineering
Obtain Continuity and İmpuls-Momentum Equations by drawing shapes.
In: Civil Engineering