Blast

In this Maya tutorial we are going to simulate a pyroclastic volcanic eruption using Maya Fluids and nParticles. Throughout these lessons you'll explore the important attributes of fluids to simulate volcanic force. You'll learn tips and tricks to quickly resolve errors and instability while handling large data of fluids. We'll be covering all the important aspects of a pyroclastic blast from simulation to shading and rendering. The utilization of nParticles will help add more detail and realism to the volcanic eruptions. This will give you the detailed information required to create a stunning element to add to your showreel.

Fragmentation characteristics influence mucking productivity, crusher throughput and energy consumption, plant efficiency, yield and recovery, or the price itself of the end product in the case of industrial minerals and aggregates. Reliable, quantitative measurements of fragment sizes are instrumental in controlling and optimizing the blasting results.

This text is designed to present a comprehensive and state-of the-art approach to dismounted complex blast injuries. Sections address care of these patients from the point of injury through rehabilitation. The specific areas addressed include blast mechanics, stabilization and hemorrhage control at the point of injury, early resuscitation at local hospitals, a systematic approach to surgical care, and finally reconstruction and rehabilitation. Specific chapters focus on operative management of pelvic, abdominal, genitourinary, orthopedic, neurological and thoracic injuries.