Human Factors of Project Organization
The nature of construction demands people who can move with the unique and dynamic conditions of the changing environment. Knowing the requirements of the project environment and culture...
Who Pays for the Unexpected in Construction?
On April 25, 1963, the ASCE Metropolitan Section held a seminar on 'Who Pays for the Unexpected in Construction?' at the United Engineering Center in New York...
Who Pays for the Unexpected in Construction? History, Guidelines and Philosophy for a Successful Resolution
The current procedures for resolutions of construction industry disputes are primarily through an adversarial approach that is costly and time-consuming. If there is to be a 'better...
Who Pays for the Unexpected in Construction?A Contractor's Viewpoint
There are two categories of 'unexpected' conditions inherent in a construction contract. The first are what might be regarded as normal construction risk such...
Who Pays for the Unexpected in Construction?An Engineer's Viewpoint
The focus of the discussion is on equity, risk, and defining what is meant by the unexpected in construction. These issues are clearly major elements in the disputes among the several...
Who Pays for the Unexpected in Construction??The Owner's Viewpoint
The question of who pays for the unexpected in construction cannot be answered in a way that will apply to all situations. The contract documents are the starting point for determining...
Who Pays for the Unexpected??An Attorney's View
From an attorney's point of view, the answer to the question, 'Who Pays for the Unexpected?' in construction depends upon several considerations....
Transferring Construction Innovation into Practice: Lessons Learned
The paper presents several cases that illustrate the value of a systems approach in the need for aggressive and persistent exploitation despite early set-backs, and the unsatisfactory...
Texas A&M University Construction Executive Program
The Texas A&M Construction Executive Program fulfills a long-standing need for continuing education for construction executives. It provides a service to the engineering-construction...
Variables Impacting Design Effectiveness Key to Project Quality
This paper reports on two-year research at Worcester Polytechnic Institute, which was supported by the Construction Research Institute (CII). Over forty (40) input variables to design...
Decision Support System for Achieving and Measuring Design Effectiveness
A microcomputer program is developed to serve as a decision system for improving design effectiveness. The program, called 'Design Effectiveness Evaluation and Implementation...
Evaluation of Design Effectiveness
Design is basically a subjective process, limited by rules of mechanics and physics but oriented toward optimizing certain features determined by a client and reflected in the stated criteria...
Excellence in the Constructed Project
This proceedings of the specialty conference Construction Congress I addresses diverse technical subject areas in the context of the integrated construction project. The Congress enabled...
The Jet Set
The new maintenance hangar now nearing completion at Charlotte/Douglas International Airport has aluminum standing seam roofing. The unusual material was specified because every ounce...
A Better Way
Shanley recommends providing for a dispute review board in contract documents as a way of avoiding long and costly litigation or arbitration as a result of disputes. A dispute review board...
1990: Decade of Natural Disaster Reduction
The loss from natural disasters is extensive. Earthquakes, windstorms, floods, landslides, volcanic eruptions, wildfires, and insect infestations have caused the deaths of nearly three...
Bells Under Bells
Chicago's newest office tower is supported on new bells that had to be constructed below existing belled caissons. Existing caisson foundations from a previous structure on...
Augering Answers
Leaking storage tanks, a long time environmental problem, are now being addressed nationally with cleanup regulations. Clearly, inexpensive and quick remediations are needed. This article...
Building Code Requirements for Masonry Structures (ACI 530-88/ASCE 5-88) and Specifications for Masonry Structures (ACI 530.1-88/ASCE 6-88) (ACI 530.1-88/ASCE 6-88)
Copublished with the American Concrete Institute (ACI)
Journal of Materials in Civil Engineering
The Journal of Materials in Civil Engineering covers the development, processing, evaluation, applications, and performance of construction materials in civil engineering....
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