Frequently Asked Questions

  • Concrete Science® provides a comprehensive suite of services designed to assess, analyze, and resolve issues in concrete and masonry structures. With decades of expertise, our multidisciplinary team specializes in:

    • Condition Assessments: Evaluating structural integrity and identifying distress or deterioration mechanisms, serving as the foundation for detailed investigations and repair planning.

    • Engineering Solutions: Developing cost-effective, practical repair designs tailored to each project, ensuring durability and compliance with industry standards.

    • Expert Witness Testimony: Offering credible, technical analysis and testimony for legal cases involving construction defects, material failures, or code compliance.

    • Investigations: Conducting forensic investigations to determine root causes of structural issues such as cracking, corrosion, voids, or fire damage.

    • Petrography: Using microscopic techniques to analyze the composition and microstructure of materials, diagnosing issues in concrete, mortar, grout, coatings, and asphalt.

    • Destructive and Non-Destructive Testing: Employing cutting-edge methods like Schmidt Hammer, Ground Penetrating Radar (GPR), coring, and load testing to deliver precise assessments without unnecessary disruption to the structure.

    Our services are designed to address challenges across the entire lifecycle of a structure, from routine inspections to in-depth forensic investigations and repair implementation. At Concrete Science®, we are committed to delivering reliable, actionable results that help our clients maintain safe, functional, and durable structures.

    Contact us today to discuss how our tailored services can meet your specific needs.

  • We primarily serve California, Washington, Oregon, Arizona, New Mexico, Hawaii, and Nevada. However, our services are not limited to these states—we can assist with projects anywhere in the United States as needed.

    Contact us to discuss your specific project location.

  • Concrete inspection is crucial for identifying signs of distress, potential causes of deterioration, and ensuring the longevity and safety of structures. Regular inspections by Concrete Science®, Inc. help maintain the integrity of concrete structures, diagnose issues early, and prevent costly repairs or failures.

    Schedule an inspection with our expert team to safeguard your structure.

  • The frequency of concrete inspections depends on various factors such as the age of the structure, environmental conditions, and usage. Concrete Science®, Inc. recommends regular inspections as part of routine maintenance to ensure the structure's longevity and safety. Specific intervals can be determined based on an initial assessment.

    Reach out to us to determine the optimal inspection schedule for your structure.

  • We inspect a wide range of concrete structures, including buildings, bridges, parking garages, industrial floors, foundations, and more. Our engineers have hands-on experience in the construction and repair of various structures, allowing us to tailor our services to your specific needs.

    Contact us to find out how we can assist with your specific project.

  • Signs that indicate a concrete inspection is needed include:

    • Visible cracks in the structure

    • Rebar corrosion

    • Honeycombing and voids

    • Coating and flooring failures

    • Changes in load capacity

    • Fire damage or environmental effects

    • Material degradation or unusual wear

    • Construction or design defects

    If you notice any of these signs, it's advisable to contact Concrete Science, Inc. for a professional assessment.

    Don't wait—get in touch with us to address potential issues promptly.

  • A concrete inspection typically begins with a visual walk-through to identify immediate signs of distress. This is followed by either a preliminary or detailed survey to determine the extent of any issues, potential causes, and deterioration mechanisms. Depending on the findings, we may employ both destructive and non-destructive testing methods—including coring, metal thickness testing, and reinforcement condition assessments—to gather comprehensive data for analysis.

    Let our experienced team provide a thorough inspection of your structure.

  • Yes, the team at Concrete Science®, Inc. consists of highly experienced engineers with over 100 years of combined experience in materials and structural engineering. Our key team members include:

    • Ashok Kakade, P.E., Principal Engineer, with over 40 years of experience in construction, investigation, and rehabilitation of concrete and masonry structures. He is a Fellow of multiple prestigious engineering societies and has testified as an expert in numerous legal proceedings.

    • Kate Morel, Principal Petrographer and Geologist, with over 20 years of experience in forensic investigation of building materials. She has earned national awards for her work, including the Pentagon Concrete Analysis after 9/11, and is an active member of several professional organizations.

    • Hemant Limaye, Principal Engineer, with over 50 years of experience and a Master's degree in Mechanical Engineering. He is a renowned expert in non-destructive testing and has worked on notable projects such as the California State Capitol Building and the Brooklyn Bridge.

    Trust our seasoned professionals to handle your inspection needs with expertise and precision.

  • Concrete Science, Inc. stands out due to our advanced evaluation techniques, expert knowledge, and over 100 years of combined engineering experience. Our team includes industry leaders like Ashok Kakade, P.E., Kate Morel, and Hemant Limaye. We provide innovative, cost-effective, and practical solutions, utilizing our extensive hands-on experience in construction and repair. Our multi-disciplinary team is dedicated to delivering the best possible assessments within your budget, avoiding common pitfalls, and saving you both time and money.

    Experience the Concrete Science®, Inc. difference by contacting us today.

  • Absolutely. Our engineers are among the most experienced in non-destructive testing methods. We use techniques such as Schmidt Hammer, Pulse Velocity, Impact Echo, Impulse Response, Ground Penetrating Radar, Cross-hole Sonic Logging, Load/Deflection Tests, and Reinforcement Corrosion Tests to assess the condition of concrete structures without causing any damage.

    Learn more about our advanced testing methods by contacting us today.

  • The duration of an inspection depends on the size and complexity of the structure, as well as the extent of the issues identified. After an initial assessment, we can provide a more accurate time estimate tailored to your specific needs.

    Schedule an initial consultation to get a customized time estimate.