Engineering Analysis Clause Samples
The Engineering Analysis clause defines the requirement for a detailed technical evaluation of a project, product, or system. Typically, this clause outlines the scope, methodology, and standards to be used in conducting the analysis, and may specify deliverables such as reports or recommendations. Its core function is to ensure that engineering decisions are based on thorough, systematic assessments, thereby reducing risks and supporting informed decision-making throughout the project lifecycle.
Engineering Analysis. The Contractor shall provide a detailed engineering analysis documenting the basis for the recommended ECO analyzed. Analyses shall include a list of assumptions, supporting data, formulae used, technical justification, and references to substantiate the energy and cost savings likely to be realized from ECO implementation. The analysis shall evaluate current, state-of-the-art technology applicable for optimization of energy efficiency of the existing equipment, software, firmware, systems or devices. The Contractor shall utilize utility records representative of the last consecutive 12-month utility billing history of energy consumption for electricity, natural gas, and other fuel used. The accuracy of the baseline assumptions is critical in correctly evaluating and estimating the energy saved. The Contractor shall use an energy balance to evaluate the reasonableness of the baseline energy and estimated energy savings. The Contractor shall identify, evaluate, and make recommendations related to optimization of FMS, EMS, and other controls required for turn-key operation of proposed ECPs.
Engineering Analysis. Based upon the actual soils and rock encountered in field investigation, an engineering analysis shall be performed for the proposed improvements associated with this Project. The engineering analysis shall include but not be limited to, new structural pavement section and overlay design, concrete and brick paver flatwork, temporary shoring and trench backfill placement, light pole and signage foundation design, vault design, buried pipe design, and landscaping recommendations.
Engineering Analysis. The contractor shall perform engineering analysis to refine existing systems concepts and develop new ones to allow the successful development, integration, test and operation, and supportability and sustainability of Navy Communications Systems. The contractor shall review system interfaces, analyze terminal performance against potential threats, evaluate COMSEC and TRANSEC issues and monitor NATO, inter-service and intra-service interoperability issues.
Engineering Analysis. Following the results of Consultant’s fieldwork and R-value testing, Consultant’s team shall perform engineering analyses to determine the following: • Current traffic index based on the results of the cores, assigned gravel factors for the in-place materials, and thickness of the existing pavement section. • New pavement section thicknesses based on the desired traffic index (provided by the City) for comparison purposes only. • Various pavement rehabilitation options including mill and overlay, full depth reclamation, remove and replacement, and full depth HMA. These options shall consider the design traffic index and a reduced traffic index for comparisons by the City and the Design Team (typically comparing 10- and 20-year design).
Engineering Analysis. INTERA will employ results from the modeling and techniques outlined in the FDOT Scour Manual as well as FHWA’s HEC-18 to calculate scour at the bridge. Additionally, INTERA will employ the methodologies outlined in AASHTO’s Guide Specifications for Bridge Vulnerable to Coastal Storms to compute the maximum wave heights along the bridge centerline and — if the superstructure low chord is within the wave crest — calculate wave forces on the superstructure.
Engineering Analysis. HE shall submit to the City a structural engineering analysis of the parking structure’s ability to support the building proposed for construction on Unit 1D prepared by ▇▇▇▇ ▇▇▇▇▇▇▇▇▇▇ & Company (or such other engineering firm licensed to do business in the State of Washington as HE shall select in its sole discretion). The structural analysis shall include an evaluation of both the design and the physical condition of the structure, along with recommendations for strengthening the structure, as necessary. Where structural modifications are needed to support Unit 1D, HE shall complete recommended improvements to the garage at their sole expense prior to commencing construction on Unit 1D.
Engineering Analysis. The CONSULTANT will conduct engineering analysis to evaluate soil design parameters for standard WSDOT signal pole foundations. If non-standard foundations are required, then supplemental engineering analysis will be required. (See Optional Task.)