Advanced Analysis; Advanced Material Models; Finite Element Analysis; Materials Science; Mathematical Modeling; Probabilistic Risk Assessment; Software Development; Technology Transfer
Applied science research and advanced analysis distinguish Weidlinger from traditional engineering firms. We take a leadership role in solving problems of national importance that concern the safety of tall buildings, infrastructure, and military installations. Mathematical modeling by our research engineers produces new ideas, such as shielding naval vessels against mine explosions with bubble screens and protecting loading docks against blast with lightweight composites. NLFLEX and other Weidlinger-licensed software have become the industry and government standard.
Military, public administrative, and corporate clients value the validation of Weidlinger’s software and the critical insights gained from correlating analysis with testing. Weidlinger’s programs simulate structures and devices to enhance design and to assess survivability and vulnerability. Some programs combine the effects of several load types. Other programs use imaging techniques to improve the manufacture of integrated circuits, predict the location of underground petroleum reservoirs, and streamline the design of ultrasonic probes for medical use.