Environmental engineering's future seems boundless because it is based in the myriad ways in which nature solves its own engineering challenges. People have yet to design a system that pumps water 200 feet straight up toward the sky in a system that is silent, requires no mechanical pumps, and never malfunctions, yet giant sequoia trees do this...

Crystallization from solution is a core technology in major sectors of the chemical process and allied industries. Crystals are produced in varying sizes ranging from as small as a few tens of nanometers to several millimetres or more, both as discrete particles and as structured agglomerates. Well- established examples include bulk...

This updated textbook provides a resource on the non-technical aspects of professional practice for both engineering students and young technical professionals. Coverage supports the Accreditation Board for Engineering and Technology (ABET)'s Engineering Criteria 2000, as well as ASCE's current BoK and ASME and AIChE's BoKs. The...

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A cliché it may be but we are living in ever more turbulent times. Business decision-making has become more challenging and unpredictable than ever: we experience unforeseen and often cataclysmic changes in consumer demand, both at home and in export markets; customers continue to demand more, more quickly and for less; new laws and...

The economic tipping point for the United States is no longer theoretical. It is a reality today. The country has gone from the world's largest creditor to its greatest debtor; the value of the dollar is sinking; domestic manufacturing is winding down - and these trends don't seem to be slowing. Peter Schiff casts a sharp,...

Mechanical Engineering is defined nowadays as a discipline “which involves the application of principles of physics, design, manufacturing and maintenance of mechanical systems”. Recently, mechanical engineering has also focused on some cutting-edge subjects such as nanomechanics and nanotechnology, mechatronics and robotics,...