MCAD: Consultant Directory: gekko engineering, LLC

gekko engineering, LLC

Contact Information:
Paul R. Klarer, P.E. (New Mexico and Arizona)

gekko engineering, LLC
3902-C San Isidro Ct. NW
Albuquerque, NM 87107

Office Phone:
(505) 235-1612

E-mail Address:
info@gekkoengineering.com

Web site:
www.gekkoengineering.com

About:
Engineering Forensics:

Specializing in Microprocessor-Based Electromechanical Systems
Software/Controls Failure Analysis
Mechanical Machine/Component Failure Analysis
Expert Witness Services for Depositions and Trial Testimony
Physics-Based Computer Simulations and Animations for Event Reconstruction

Engineering Design:

Mechanical Engineering Consulting, Analysis and Design Services
Embedded Microprocessor Systems, Data Acquisition Systems and Real-Time Controls Design
3D Solid Modeling for Mechanical and Electromechanical Design
System Integration and Packaging Design

	Finite Element Analysis: A sled for impact testing of electronics at up to 10,000 G's, this device had to be very strong and very light.		Engineering Flow Dynamics: This experimental wing design is being subjected to airflow simulation in order to predict lift and drag performance prior to any hardware or wind tunnel testing. Arrows illustrate flow streamlines.
	Finite Element Analysis: A Marman clamp designed to withstand 250,000pounds of tensile force, this v-band had to fit in a very confined space.		Engineering Flow Dynamics: Another view of the experimental wing showing pressure distributions on the wing surface.
	Rigid Body Dynamics: An articulated robotic vehicle design, this machine needed kinematic and dynamic simulation to verify step climb performance prior to prototyping.		Engineering Flow Dynamics: A section view through the pressure distribution plot, showing pressures existing in the air surrounding the wing.
	Rigid Body Dynamics: Another articulated robotic vehicle design, this machine is designed to accommodate large step obstacles at high speed. The forces imparted to the mechanism are being determined via simulation.