Advanced Dynamics, Inc.

What We Do

***We have released ASTE-P 1.0 Please Click Here for more information!***

Advanced Dynamics is a high-tech firm specializing in multi-disciplinary, multi-physics, multi-scale and multi-fidelity (4M) modeling and simulation, including aeroelasticity (AE), aeroservoelasticity (ASE), aeroservothermoelasticity and propulsion (ASTE-P), as well as fluid dynamics, structural mechanics, system dynamics and control, multiphase flows and combustions, etc.

The Company was incorporated in 2005 and is growing very fast. As a fast-growing company, Advanced Dynamics is dedicated to the development of 4M Analysis and Optimization (4MAO) software tools for complex mechanical systems, particularly for aerospace vehicles, marine ships and automotives. The software tools developed by Advanced Dynamics are variable-fidelity, thus the low-to-mid fidelity has fast turn-around time for concept design, and the high-fidelity can be used for final design verification. The integrated tools can be routinely applied to realistic engineering design and physics-based real or near-real time modeling and simulation for complex aerospace systems that are commonly researched and manufactured by NASA, Navy, Air Force and Army, as well as major defense contractors such as Boeing, Lockheed Martin, Pratt Whitney, General Electric, General Dynamics and Textron, etc.

Another initiative at Advanced Dynamics is Bionanotechnology. Nanotechnology in biomedical applications may solve the most difficult problems that cannot be resolved by traditional treatment, yet it has a considerable development process. In our company, science and engineering fundamentals are applied to the rational design and fabrication, synthesis and characterization as well as application of novel micro- & nano-materials. We are particularly interested in designing and developing novel and intelligent nanodevices for application as targeted drug delivery, biosensors, and other micro- and nanoscale applications in biomedical field. At the same time, we explore bio computational model as a means to specify cancer drug therapy, with the goal of applying the results in the clinical setting, particularly in drug delivery via nanoparticles.




	10/25/2009, On October 25, 2009, Advanced Dynamics Corporation released the Word's first multi-disciplinary, multi-physics, multi-scale and multi-fidelity analysis amd design optimization (4MAO) computer software tool set ASTE-P 1.0 ....more 10/20/2009, Advanced Dynamics Inc., Georgia Tech and Utah State University team has been awarded a Army SBIR Phase II ....more 07/16/2009, Advanced Rotorcraft Technology Inc. (ART), Advanced Dynamics Inc. (ADI) and Rensselaer Polytechnic Institute (RPI) team was awarded Navy STTR Phase I ....more 11/24/2008, Congratulation on that ADI has been selected for 2 NASA new SBIR Phase I awards!....more 11/17/2008, Congratulation on that ADI and University of Oklahoma team was selected for AFOSR 2008 STTR Phase I award....more 10/20/2008, ADI will release the large scale multi-disciplinary, multi-physics, multi-scale, and multi-fidelity analysis and optimization (4MAO) software tool sets....more 10/20/2008, ADI was selected for Army SBIR Phase I for development ...more 10/20/2008, the installation of a cluster with 5 nodes and 10 quad-core processor (total 40 cores) is completed ....more 12/20/2007, ADI was awarded NASA SBIR Phase II.... more			What We Do *We have released ASTE-P 1.0 Please Click Here for more information!* Advanced Dynamics is a high-tech firm specializing in multi-disciplinary, multi-physics, multi-scale and multi-fidelity (4M) modeling and simulation, including aeroelasticity (AE), aeroservoelasticity (ASE), aeroservothermoelasticity and propulsion (ASTE-P), as well as fluid dynamics, structural mechanics, system dynamics and control, multiphase flows and combustions, etc. The Company was incorporated in 2005 and is growing very fast. As a fast-growing company, Advanced Dynamics is dedicated to the development of 4M Analysis and Optimization (4MAO) software tools for complex mechanical systems, particularly for aerospace vehicles, marine ships and automotives. The software tools developed by Advanced Dynamics are variable-fidelity, thus the low-to-mid fidelity has fast turn-around time for concept design, and the high-fidelity can be used for final design verification. The integrated tools can be routinely applied to realistic engineering design and physics-based real or near-real time modeling and simulation for complex aerospace systems that are commonly researched and manufactured by NASA, Navy, Air Force and Army, as well as major defense contractors such as Boeing, Lockheed Martin, Pratt Whitney, General Electric, General Dynamics and Textron, etc. Another initiative at Advanced Dynamics is Bionanotechnology. Nanotechnology in biomedical applications may solve the most difficult problems that cannot be resolved by traditional treatment, yet it has a considerable development process. In our company, science and engineering fundamentals are applied to the rational design and fabrication, synthesis and characterization as well as application of novel micro- & nano-materials. We are particularly interested in designing and developing novel and intelligent nanodevices for application as targeted drug delivery, biosensors, and other micro- and nanoscale applications in biomedical field. At the same time, we explore bio computational model as a means to specify cancer drug therapy, with the goal of applying the results in the clinical setting, particularly in drug delivery via nanoparticles.